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M material, high-permability ferrite, toroid, 2152 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-40502-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 2963 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-40601-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 12535 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-40705-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 6199 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-40603-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 6199 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-40603-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 6644 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-41003-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 12535 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-40705-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 6644 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-41003-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 9988 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-41005-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 9988 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-41005-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 6644 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-41003-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 17163 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-41206-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 9988 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-41005-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 17163 AI, 15000 permeability, parylene

Magnetics M Material

MPN:

YM-41206-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 8476 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-41306-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 8476 AI, 15000 permeability, bare

Magnetics M Material

MPN:

0M-41306-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 10974 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-41406-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 8494 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-42206-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 7917 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-41605-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 17313 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-42212-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

M material, high-permability ferrite, toroid, 11072 AI, 15000 permeability, epoxy

Magnetics M Material

MPN:

ZM-42507-TC

Manufacturer L3 Communications

Magnetics Inc

Description:

M material is a new, high-permeability (15,000µ) material designed for optimum impedance performance across frequency ranges. High-permeability ferrite materials provide superior loss factor, frequency response, temperature performance and product consistency. M material is suitable for signal, choke, and filter applications such as common mode chokes, EMI suppression filters, signal processing and broadband transformers.

Intel® Apollo Lake-I processor-based ultra compact embedded platform

Adlink MXE-210

MPN:

MXE-210

Manufacturer L3 Communications

ADLINK

Description:

Adlink is pleased to announce our newest IIoT-ready platform, the MXE-210. With dual functionality as a gateway and controller, the palm-size MXE-210 Series is industrial grade EMC-certified and fully operational in environments from -40°C to 85°C. The robust and reliable MXE-210 series supports a broad range of applications including transportation, industrial automation, agriculture, aquaculture, smart city, and more. 

The MXE-210 series provides high expansion capability, multiple wireless connectivity, and comprehensive security for IIoT use. Based on the Intel® Atom x7-E3950/x5-E3930 processor, the MXE-210 Series is compatible to AWS Greengrass, Microsoft Azure IoT Edge, PrismTech VORTEX Edge Connect to deliver edge computing capability. With rich I/O, the MXE-210 Series supports a wide range of communication protocols for data exchange and control, as well as DDS (Data Distribution Service). And hardware and software integrity are assured with TPM 2.0, Intel® Boot Guard, and Secured Boot.

Features:

  • 3-min value props overview

    Compact, robust and reliable construction

  • Minimum footprint (A6 palm size)
  • Wide temperature support from -40°C to 85°C
  • Industrial grade EMC standard EN61000-6-4/2 certified; EN 50155 EMC compliance
  • IIoT-ready

  • Compatible with a wide range of communication protocols such as Modbus, EtherCAT, DDS, MQTT, CANbus, CANOpen for data exchange by Vortex Edge Connect
  • Supports Wi-Fi, BT, LoRa, 3G and 4G LTE wireless connectivity
  • Simplify global cellular IoT deployments with eSIM (embedded SIM) for more rugged and secure design
  • Security building blocks

  • Built-in TPM 2.0 (Trusted Platform Module) provides hardware-based security
  • Intel® Boot Guard and Secure Boot features provide the protection of preventing unauthorized software and malware takeover from Boot to OS

Industrial ATX motherboard with 6th/7th Gen Intel Core® i7/i5/i3 processor

Adlink IMB-M43H

MPN:

0000008RVQ

Manufacturer L3 Communications

ADLINK

Description:

Adlink is pleased to announce that the latest ATX industrial motherboard IMB-M43H now released. 

IMB-M43H is an ATX motherboard supporting the Desktop 6th and 7th Generation Intel Core® i7/i5/i3 Processors with Intel® H110 Chipset, providing the most cost-competitive solution anywhere in embedded computing and fulfilling the specific needs of all users requiring 5 PCI add-on cards. With high-speed data transfer interfaces such as PCIe 3.0/2.0, USB 3.0, and SATA 6 Gb/s (SATA III), dual-channel DDR4 memory up to 32 GB in two DIMM slots for industrial automation applications, the ADLINK IMB-M43H carries significant competitive advantage in the market. This leading, rugged I/O design enhances user experience with robust device compatibility, durable connectivity, and extreme environment readiness.

Features:

  • 6th (Sky Lake)/7th (Kaby Lake) Gen Intel Corei CPU
  • 6th Gen Intel Corei CPU supports OS windows 7
  • Up to 32 GB Dual-channel DDR4 2133/2400 MHz
  • 5xPCI+2xPCIe for automation application
  • Rugged I/O
  • Unique power design to ensure stable USB power of 5V ±5%
  • IEC 61000-4-2~6 (Performance Criterion A), CE/FCC class B Certified D

BX3105 Wi-Fi and Bluetooth combo module with embedded antenna

Sierra Wireless BX3105

MPN:

BX3105

Manufacturer L3 Communications

Sierra Wireless

Description:

The BX3105 Wi-Fi and Bluetooth 4.2 pre-certified module offers simple and fast integration with free unlimited FOTA and built-in cloud connectivity from AirVantage®, ideal for quickly and cost effectively adding wireless communication.

This module supports 802.11 b/g/n and dual-mode Bluetooth Classic and Bluetooth Low Energy (BLE), connecting industrial applications requiring a secure connection to Wi-Fi and Bluetooth on a single module.

Designed in an industrial-grade common flexible form factor (CF3®), BX3105 enables system integrators to build their devices on the most scalable module platform in the world.

Features:

  • Hostless – Embedded TCP/IP and Bluetooth Stacks with simple UART interface makes it easy to integrate
  • Certification – Full regulatory certifications (FCC, RED, IC, JRF, and BQB Bluetooth) for faster time to market
  • Common form factor – Compact CF3®, form factor for scalability across technologies including cellular
  • Industrial-grade – Built to stay connected in harsh environments and extreme temperatures
  • Cloud connected – Secure device-to-cloud architecture with AirVantage®
  • FOTA upgrades – Includes FREE unlimited firmware over-the-air (FOTA) upgrades for the lifetime of the module to keep your deployments optimised and easier to maintain
  • Secure boot – Prevents unauthorised code on the target and to keep the connectivity secure
  • Interfaces – Includes UART, I2C, SDIO or SPI (Multiplexed), I2S digital audio and GPIOs
  • Integrated antenna – Quickly and easily add advanced wireless communications
  • Low power – Offers best-in-class low power when not transmitting in sleep and stand-by modes

BX3100 Wi-Fi and Bluetooth combo module

Sierra Wireless BX3100

MPN:

BX3100

Manufacturer L3 Communications

Sierra Wireless

Description:

The BX3100 Wi-Fi and Bluetooth 4.2 pre-certified module offers simple and fast integration with free unlimited FOTA and built-in cloud connectivity from AirVantage®, ideal for quickly and cost effectively adding wireless communication.

This module supports 802.11 b/g/n and dual-mode Bluetooth Classic and Bluetooth Low Energy (BLE), connecting industrial applications requiring a secure connection to Wi-Fi and Bluetooth on a single module.

Designed in an industrial-grade common flexible form factor (CF3®), BX3100 enables system integrators to build their devices on the most scalable module platform in the world.

Features:

  • Hostless – Embedded TCP/IP and Bluetooth Stacks with simple UART interface makes it easy to integrate
  • Certification – Full regulatory certifications (FCC, RED, IC, JRF, and BQB Bluetooth) for faster time to market
  • Common form factor – Compact CF3®, form factor for scalability across technologies including cellular
  • Industrial-grade – Built to stay connected in harsh environments and extreme temperatures
  • Cloud connected – Secure device-to-cloud architecture with AirVantage®
  • FOTA upgrades – Includes FREE unlimited firmware over-the-air (FOTA) upgrades for the lifetime of the module to keep your deployments optimised and easier to maintain
  • Secure boot – Prevents unauthorised code on the target and to keep the connectivity secure
  • Interfaces – Includes UART, I2C, SDIO or SPI (Multiplexed), I2S digital audio, GPIOs, and LGA pad for external antenna
  • Low power – Offers best-in-class low power when not transmitting in sleep and stand-by modes

SFP transceiver for IEEE C37.94 teleprotection, 2Mb/s, single mode, 60km

Coretek CT-0155TSP series

MPN:

CT-0155TSP-MB7L-E 2M

Manufacturer L3 Communications

Coretek

Description:

The CT-0155TSP-MB7L-E 2M from Coretek Opto Corp. is the high performance and cost-effective module for serial optical data communication applications specified for 2Mb/s. It operates with +3.3V power supply. The module is intended for single mode fibre, operates at a nominal wavelength of 1310nm and complies with multi-source agreement (MSA) small form factor pluggable (SFP). Each module is integrated digital diagnostics functions via an I2C serial interface.

The module is a duplex LC connector transceiver designed to provide an IEEE C37.94 / IEC 62843 link for 2Mb/s long-reach applications. The characteristics are performed in accordance with Telcordia Specification GR-468-CORE.

Features:

  • 1310nm FP LD
  • Data rate: 2Mb/s, NRZ
  • Single +3.3V power supply
  • RoHS compliant and lead-free
  • AC/AC differential electrical interface
  • Compliant with multi-source agreement (MSA) small form factor pluggable (SFP)
  • Compliant with SFF-8472 digital diagnostic monitoring interface
  • Duplex LC connector
  • Compatible with IEEE C37.94 / IEC 62843 standard

SFP transceiver for IEEE C37.94 teleprotection, 2Mb/s, single mode, 40km

Coretek CT-0155TSP series

MPN:

CT-0155TSP-MB6L-E 2M

Manufacturer L3 Communications

Coretek

Description:

The CT-0155TSP-MB6L-E 2M from Coretek Opto Corp. is the high performance and cost-effective module for serial optical data communication applications specified for 2Mb/s. It operates with +3.3V power supply. The module is intended for single mode fibre, operates at a nominal wavelength of 1310nm and complies with multi-source agreement (MSA) small form factor pluggable (SFP). Each module is integrated digital diagnostics functions via an I2C serial interface.

The module is a duplex LC connector transceiver designed to provide an IEEE C37.94 / IEC 62843 link for 2Mb/s long-reach applications. The characteristics are performed in accordance with Telcordia Specification GR-468-CORE.

Features:

  • 1310nm FP LD
  • Data rate: 2Mb/s, NRZ
  • Single +3.3V power supply
  • RoHS compliant and lead-free
  • AC/AC differential electrical interface
  • Compliant with multi-source agreement (MSA) small form factor pluggable (SFP)
  • Compliant with SFF-8472 digital diagnostic monitoring interface
  • Duplex LC connector
  • Compatible with IEEE C37.94 / IEC 62843 standard

SFP transceiver for IEEE C37.94 teleprotection, 2Mb/s, single mode, 80km

Coretek CT-0155TSP series

MPN:

CT-0155TSP-KB8L-E 2M

Manufacturer L3 Communications

Coretek

Description:

The CT-0155TSP-KB8L-E 2M from Coretek Opto Corp. is the high performance and cost-effective module for serial optical data communication applications specified for 2Mb/s. It operates with +3.3V power supply. The module is intended for single mode fibre, operates at a nominal wavelength of 1550nm and complies with multi-source agreement (MSA) small form factor pluggable (SFP). Each module is integrated digital diagnostics functions via an I2C serial interface.

The module is a duplex LC connector transceiver designed to provide an IEEE C37.94 / IEC 62843 link for 2Mb/s intermediate reach applications. The characteristics are performed in accordance with Telcordia Specification GR-468-CORE.

Features:

  • 1550 nm DFB LD
  • Data rate: 2Mb/s, NRZ
  • Single +3.3V power supply
  • RoHS compliant and lead-free
  • AC/AC differential electrical interface
  • Compliant with multi-source agreement (MSA) small form factor pluggable (SFP)
  • Compliant with SFF-8472 digital diagnostic monitoring interface
  • Duplex LC connector
  • Compatible with IEEE C37.94 / IEC 62843 standard

SFP transceiver for IEEE C37.94 teleprotection, 2Mb/s, single mode, 120km

Coretek CT-0155TSP series

MPN:

CT-0155TSP-KBAL-E 2M

Manufacturer L3 Communications

Coretek

Description:

The CT-0155TSP-KBAL-E 2M from Coretek Opto Corp. is the high performance and cost-effective module for serial optical data communication applications specified for 2Mb/s. It operates with +3.3V power supply. The module is intended for single mode fibre, operates at a nominal wavelength of 1550nm and complies with multi-source agreement (MSA) small form factor pluggable (SFP). Each module is integrated digital diagnostics functions via an I2C serial interface.

The module is a duplex LC connector transceiver designed to provide an IEEE C37.94 / IEC 62843 link for 2Mb/s long-reach applications. The characteristics are performed in accordance with Telcordia Specification GR-468-CORE.

Features:

  • 1550 nm DFB LD
  • Data rate: 2Mb/s, NRZ
  • Single +3.3V power supply
  • RoHS compliant and lead-free
  • AC/AC differential electrical interface
  • Compliant with multi-source agreement (MSA) small form factor pluggable (SFP)
  • Compliant with SFF-8472 digital diagnostic monitoring interface
  • Duplex LC connector
  • Compatible with IEEE C37.94 / IEC 62843 standard

Six-channel, 4K60Hz video QSFP+ transceiver – Quad transmit and bi-directional channel

Coretek CT-6025VQT-CB4L

MPN:

CT-6025VQT-CB4L

Manufacturer L3 Communications

Coretek

Description:

The CT-6025VQT-CB4L QSFP+ optical transceiver from Coretek Opto. Corp., is a high performance and cost-effective solution to optically multiplex and transmit 4K60Hz video signals. It provides four transmit channels for video signal transmission and two channels (one transmit and one receive) for data signal transmission.

For video signals, this transceiver uses one TOSA, composed of four channels of CWDM DFB LD with different wavelengths to optically multiplex video signals and transmit them via a single mode fibre. Each channel supports 6Gb/s at up to 10km. For data signals, this transceiver uses a 2.5Gb/s bi-directional OSA to send and receive data signals via a second single fibre.

By adopting the standard QSFP+ LC dual core package with pin configuration adjusted for video signals, the CT-6025VQT-CB4L is a highly reliable solution optimised for 4K60Hz applications.

Features:

    • Video-dedicated transceiver
    • Hot-pluggable QSFP+ form factor
    • One quad-TOSA and BOSA:
      • 4 x 6Gb/s CWDM uncooled DFB channels (1270nm, 1290nm, 1310nm, 1330nm)
      • 1 x 2.5Gb/s Bi-Directional (1310nm Tx / 1550nm Rx)
    • Up to 10km on SMF
    • Power dissipation <4.0W
    • Duplex LC connector
    • Single +3.3V power supply
    • Commercial temperature range -10°C to 70°C
    • RoHS-6 compliant (lead-free)

Six-channel, 4K60Hz video QSFP+ transceiver – Quad receive and bi-directional channel

Coretek CT-6025VQR-CB4L

MPN:

CT-6025VQR-CB4L

Manufacturer L3 Communications

Coretek

Description:

The CT-6025VQR-CB4L QSFP+ optical transceiver from Coretek Opto. Corp., is a high performance and cost-effective solution to optically de-multiplex 4K60Hz video signals. It provides four receive channels for receiving and de-multiplexing video signals and two channels (one transmit and one receive) for data signal transmission.

For video signals, this transceiver uses one ROSA, composed of four channels of PIN detector with TIA and thin film filter for different wavelengths to optically de-multiplex video signals transmitted via a single mode fibre. Each channel supports 6Gb/s at up to 10km. For data signals, this transceiver uses a 2.5Gb/s bi-directional OSA to send and receive data signals via a second single fibre.

By adopting the standard QSFP+ LC dual core package with pin configuration adjusted for video signals, the CT-6025VQR-CB4L is a highly reliable solution optimised for 4K60Hz applications.

Features:

    • Video-dedicated transceiver
    • Hot-pluggable QSFP+ form factor
    • One quad-ROSA and BOSA:
      • 4 x 6Gb/s PIN-TIA channels (1270nm, 1290nm, 1310nm, 1330nm)
      • 1 x 2.5Gb/s Bi-Directional (1550nm Tx / 1310nm Rx)
    • Up to 10km on SMF
    • Power dissipation <4.0W
    • Duplex LC connector
    • Single +3.3V power supply
    • Commercial temperature range -10°C to 70°C
    • RoHS-6 compliant (lead-free)

Kool Mu MAX toroidal core, perm 60, size 089

Kool Mu MAX powder cores

MPN:

0079090A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 089

Kool Mu MAX powder cores

MPN:

0079091A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 109

Kool Mu MAX powder cores

MPN:

0079111A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 102

Kool Mu MAX powder cores

MPN:

0079102A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 109

Kool Mu MAX powder cores

MPN:

0079110A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 102

Kool Mu MAX powder cores

MPN:

0079099A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 120

Kool Mu MAX powder cores

MPN:

0079122A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 120

Kool Mu MAX powder cores

MPN:

0079121A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 195

Kool Mu MAX powder cores

MPN:

0079191A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 195

Kool Mu MAX powder cores

MPN:

0079192A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 206

Kool Mu MAX powder cores

MPN:

0079208A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 206

Kool Mu MAX powder cores

MPN:

0079848A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 254

Kool Mu MAX powder cores

MPN:

0079256A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 254

Kool Mu MAX powder cores

MPN:

0079083A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 310

Kool Mu MAX powder cores

MPN:

0079312A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 324

Kool Mu MAX powder cores

MPN:

0079326A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 324

Kool Mu MAX powder cores

MPN:

0079076A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 337

Kool Mu MAX powder cores

MPN:

0079337A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 350

Kool Mu MAX powder cores

MPN:

0079352A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 380

Kool Mu MAX powder cores

MPN:

0079382A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 350

Kool Mu MAX powder cores

MPN:

0079351A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 380

Kool Mu MAX powder cores

MPN:

0079381A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 438

Kool Mu MAX powder cores

MPN:

0079440A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 438

Kool Mu MAX powder cores

MPN:

0079439A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 548

Kool Mu MAX powder cores

MPN:

0079550A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 548

Kool Mu MAX powder cores

MPN:

0079071A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 585

Kool Mu MAX powder cores

MPN:

0079587A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 585

Kool Mu MAX powder cores

MPN:

0079586A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 620

Kool Mu MAX powder cores

MPN:

0079615A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 620

Kool Mu MAX powder cores

MPN:

0079617A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 715

Kool Mu MAX powder cores

MPN:

0079717A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 740

Kool Mu MAX powder cores

MPN:

0079735A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 715

Kool Mu MAX powder cores

MPN:

0079716A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 740

Kool Mu MAX powder cores

MPN:

0079737A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 866

Kool Mu MAX powder cores

MPN:

0079868A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 906

Kool Mu MAX powder cores

MPN:

0079908A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 906

Kool Mu MAX powder cores

MPN:

0079907A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 930

Kool Mu MAX powder cores

MPN:

0079932A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 26, size 050

Kool Mu MAX powder cores

MPN:

0079052A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 050

Kool Mu MAX powder cores

MPN:

0079051A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 310

Kool Mu MAX powder cores

MPN:

0079059A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

Kool Mu MAX toroidal core, perm 60, size 930

Kool Mu MAX powder cores

MPN:

0079894A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ® MAX is the next generation of sendust cores from Magnetics Inc. It has 50% better DC bias performance for better power handling than the Kool Mµ cores. Less use of copper wire results in savings in overall component cost. With its super low losses, Kool Mμ MAX does not mimic the temperature rise problems found in iron powder cores. It also has better inductor efficiency but at a cheaper cost than the High Flux cores.

Features:

  • 50% more DC bias for better power handling
  • Less use of copper wire, therefore lower cost
  • Minimises temperature rise
  • Maximises inductor output
  • Improved inductor efficiency

75 Series Toroidal Core, 27mm OD, 26µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075932A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075932A7 model is 75 material toroidal powder core, 26 µm of permeability with 27 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

75 Series Toroidal Core, 27mm OD, 40µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075936A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075936A7 model is 75 material toroidal powder core, 40 µm of permeability with 27 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 27mm OD, 60µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075894A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075894A7 model is 75 material toroidal powder core, 60 µm of permeability with 27 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 47mm OD, 26µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075440A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075440A7 model is 75 material toroidal powder core, 26 µm of permeability with 47 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 47mm OD, 60µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075439A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075439A7 model is 75 material toroidal powder core, 60 µm of permeability with 47 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 47mm OD, 40µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075431A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075431A7 model is 75 material toroidal powder core, 40 µm of permeability with 47 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 57mm OD, 26µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075191A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075191A7 model is 75 material toroidal powder core, 26 µm of permeability with 57 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 57mm OD, 60µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075192A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075192A7 model is 75 material toroidal powder core, 60 µm of permeability with 57 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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75 Series Toroidal Core, 57mm OD, 40µ

Magnetic Inc 75-Material Toroid Cores

MPN:

0075189A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0075189A7 model is 75 material toroidal powder core, 40 µm of permeability with 57 mm outer diameter. The relatively high saturation flux density of 75-Series cores makes them a low-cost solution in applications where stable inductance under load is necessary, such as inverters for renewable energy sources and Uninterruptable Power Supplies (UPS). 75-Series cores can offer a lower cost alternative to High Flux cores and offer a substantial improvement in core loss and DC Bias performance when compared to Iron Powder.

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Ferrite, EER Core, Permeability 2500µ, 68.8x54mm

Magnetics inc 7054EC Ferrite Core

MPN:

0P47054EC

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0P47054EC is an EER Core manufactured using Magnetics' P ferrite material. P material is a low-medium frequency general-purpose power converter material. Engineered for lowest losses at 95°C.

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Features:

  • Le Path Length mm: 231
  • Ae Cross Section mm²: 334
  • Ve Volume mm3: 77100
  • permeability: 2500µ
  • Shape: EER
  • Curie Temperature: 210°C
  • Dimensions: 68.6mm x 54mm

X Flux, E Core, SiFe, 26µm, 40x20mm

Magnetics inc XFlux Ecore

MPN:

00X4020E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4020E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 40mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 40 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 40x20mm

Magnetics inc XFlux Ecore

MPN:

00X4020E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4020E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 40mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 40 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 40x20mm

Magnetics inc XFlux Ecore

MPN:

00X4020E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4020E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 40mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 40 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 40x22mm

Magnetics inc XFlux Ecore

MPN:

00X4022E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4022E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 40mm x 22mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 40 x 22mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 40x22mm

Magnetics inc XFlux Ecore

MPN:

00X4022E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4022E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 40mm x 22mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 40 x 22mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 40x22mm

Magnetics inc XFlux Ecore

MPN:

00X4022E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4022E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 40mm x 22mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 40 x 22mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 43x17mm

Magnetics inc XFlux Ecore

MPN:

00X4317E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4317E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 43mm x 17mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 43 x 17mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 43x17mm

Magnetics inc XFlux Ecore

MPN:

00X4317E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4317E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 43mm x 17mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 43 x 17mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 43x17mm

Magnetics inc XFlux Ecore

MPN:

00X4317E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X4317E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 43mm x 17mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 43 x 17mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 80x44mm

Magnetics inc XFlux Ecore

MPN:

00X8044E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8044E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 80mm x 44mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 80 x 44mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 80x44mm

Magnetics inc XFlux Ecore

MPN:

00X8044E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8044E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 80mm x 44mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 80 x 44mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 80x44mm

Magnetics inc XFlux Ecore

MPN:

00X8044E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8044E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 80mm x 44mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 80 x 44mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 55x28mm

Magnetics inc XFlux Ecore

MPN:

00X5528E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5528E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 55mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 55 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 55x28mm

Magnetics inc XFlux Ecore

MPN:

00X5528E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5528E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 55mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 55 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 55x28mm

Magnetics inc XFlux Ecore

MPN:

00X5528E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5528E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 55mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 55 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 55x30mm

Magnetics inc XFlux Ecore

MPN:

00X5530E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5530E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 55mm x 30mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 55 x 30mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 55x30mm

Magnetics inc XFlux Ecore

MPN:

00X5530E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5530E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 55mm x 30mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 55 x 30mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 55x30mm

Magnetics inc XFlux Ecore

MPN:

00X5530E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X5530E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 55mm x 30mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 55 x 30mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 65x27mm

Magnetics inc XFlux Ecore

MPN:

00X6527E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X6527E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 65mm x 27mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 65 x 27mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 65x27mm

Magnetics inc XFlux Ecore

MPN:

00X6527E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X6527E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 65mm x 27mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 65 x 27mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 65x27mm

Magnetics inc XFlux Ecore

MPN:

00X6527E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X6527E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 65mm x 27mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 65 x 27mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 72x28mm

Magnetics inc XFlux Ecore

MPN:

00X7228E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X7228E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 72mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 72 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 72x28mm

Magnetics inc XFlux Ecore

MPN:

00X7228E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X7228E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 72mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

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Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 72 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 72x28mm

Magnetics inc XFlux Ecore

MPN:

00X7228E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X7228E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 72mm x 28mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 72 x 28mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 26µm, 80x20mm

Magnetics inc XFlux Ecore

MPN:

00X8020E026

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8020E026 is a E core using XFlux material made from 6.5% silicon iron powder, 26µm of permeability with dimensions of 80mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 26µm
  • Size: 80 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 40µm, 80x20mm

Magnetics inc XFlux Ecore

MPN:

00X8020E040

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8020E040 is a E core using XFlux material made from 6.5% silicon iron powder, 40µm of permeability with dimensions of 80mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 40µm
  • Size: 80 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 80x20mm

Magnetics inc XFlux Ecore

MPN:

00X8020E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8020E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 80mm x 20mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 80 x 20mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

X Flux, E Core, SiFe, 60µm, 80x24mm

Magnetics inc XFlux Ecore

MPN:

00X8024E060

Manufacturer L3 Communications

Magnetics Inc

Description:

The 00X8024E060 is a E core using XFlux material made from 6.5% silicon iron powder, 60µm of permeability with dimensions of 80mm x 24mm. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. A true high temperature material, with no thermal aging, XFlux offers lower losses than powdered iron cores and superior DC bias performance.

View our wide range of Advanced powder core

View our portfolio of Ferrite Cores

See all products from our supplier Magnetics Inc

Features:

  • Alloy composition: Si Fe
  • Shape: E Core
  • Permeability: 60µm
  • Size: 80 x 24mm
  • Curie Temperature: 700°C
  • Operating Temperature Range: -55°C to 200°C
  • Saturation Flux Density: 1.6 Tesla

100 x 30,5 mm, Mix-52, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-452A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 30,5 mm, Mix-2, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-402A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 40,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-440B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 40,5 mm, Mix-52, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-452B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 40,5 mm, Mix-2, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-402B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 50,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-440C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 50,5 mm, Mix-52, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-452C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 50,5 mm, Mix-2, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-402C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

80 x 20,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC101-440A 80 x 20,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC101-440A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

80 x 25,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC101-440A 80 x 20,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC101-440B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

80 x 30,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC101-440A 80 x 20,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC101-440C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

80 x 35,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC101-440A 80 x 20,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC101-440D

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

80 x 40,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC101-440A 80 x 20,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC101-440E

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 20,0 mm, Mix-40, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-240A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 20,0 mm, Mix-52, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-252A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 20,0 mm, Mix-2, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-202A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 25,0 mm, Mix-40, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-240B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 25,0 mm, Mix-2, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-202B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 30,0 mm, Mix-40, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-240C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 30,0 mm, Mix-52, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-252C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 30,0 mm, Mix-2, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-202C

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 35,0 mm, Mix-40, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-240D

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 35,0 mm, Mix-2, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-202D

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 25,0 mm, Mix-52, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-252B

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

60 x 35,0 mm, Mix-52, Iron Powder Pot Core

Micrometals PC76-240A 60 x 20,0 mm, Mix-40, Iron Powder Pot Core

MPN:

PC76-252D

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

100 x 30,5 mm, Mix-40, Iron Powder Pot Core

Micrometals PC126-440A 100 x 30,5 mm, Mix-40, Iron Powder Pot Core

MPN:

PC126-440A

Manufacturer L3 Communications

Micrometals

Description:

Iron Powder Pot Cores are soft magnetic cores with distributed air gaps properties and an encapsulated shape make them extremely well-suited for a variety of energy storage inductor applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Micrometals

High Efficiency Power Solution

Amogreentech APM18P125 High Efficiency Power Solution

MPN:

APM18P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

KOOL MU 014 PERM 39.9mm OD

Magnetics 0077257A7 Kool Mu Magnetics Cores

MPN:

0077257A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77257-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 46.7mm OD

Magnetics 0077092A7 Kool Mu Magnetics Cores

MPN:

0077092A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77092-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 46.7mm OD

Magnetics 0077441A7 Kool Mu Magnetics Cores

MPN:

0077441A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77441-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 57.2mm OD

Magnetics 0077112A7 Kool Mu Magnetics Cores

MPN:

0077112A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77112-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 57.2mm OD

Magnetics 0077190A7 Kool Mu Magnetics Cores

MPN:

0077190A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77190-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 62.0mm OD

Magnetics 0077614A7 Kool Mu Magnetics Cores

MPN:

0077614A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77614-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 69.5mm

Magnetics 0077075A7 Kool Mu Magnetics Cores

MPN:

0077075A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77075-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 74.1mm OD

Magnetics 0077734A7 Kool Mu Magnetics Cores

MPN:

0077734A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77734-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 77.8mm OD

Magnetics 0077869A7 Kool Mu Magnetics Cores

MPN:

0077869A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77869-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 101.6mm OD

Magnetics 0077101A7 Kool Mu Magnetics Cores

MPN:

0077101A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77101-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 132.6mm OD

Magnetics 0077336A7 Kool Mu Magnetics Cores

MPN:

0077336A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77336-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 165.1mm OD

Magnetics 0077164A7 Kool Mu Magnetics Cores

MPN:

0077164A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77164-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH13P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH13P60

Manufacturer L3 Communications

Amogreentech

Description:

APH13P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

KOOL MU 014 PERM 50.8mm OD

Magnetics 0077718A7 Kool Mu Magnetics Cores

MPN:

0077718A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77718-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

KOOL MU 014 PERM 77.8mm OD

Magnetics 0077909A7 Kool Mu Magnetics Cores

MPN:

0077909A7

Manufacturer L3 Communications

Magnetics Inc

Description:

Kool Mµ material's low loss and relatively high saturation level (10,500 gauss) make it excellent for use in power factor correction circuits (PFC) as well as unidirectional drive applications such as Pulse Transformers and Flyback Transformers. The near zero magnetostriction makes Kool Mµ ideal for eliminating audible frequency noise in In-Line Noise Filters and Inductors.

The short part number is 77909-A7

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Magnetics Inc

X FLUX 060 PERM 46.7mm OD

Magnetics C058150A2 HIGH FLUX 125 PERM KHAKI 150 SIZE

MPN:

0078090A7

Manufacturer L3 Communications

Magnetics Inc

Description:

The 0078090A7 is a Toroid core manufactured using XFlux material. Magnetics XFLUX are manufactured from a 6.5SiFE alloy. XFLUX cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. The high saturation is advantageous in applications where inductance under load is critical such as inverters for alternative energy, Power Factor Correction (PFC) boost, and Uninterruptable Power Supplies (UPS).

The dimensions are ID min 27.88mm, OD max 47.63mm, HT max 16.1mm.

The short part number is 78090-A7

View our wide range of Cores

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Features:

  • Composition 6.5 SiFe alloy
  • Saturation Flux Density 1.6 Tesla
  • Typical Core Loss (50kHz,100mT) 650 mW/cm3
  • Curie Temperature 700˚C
  • Operating Temperature Range -30˚C to 200˚C

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH17P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH17P60

Manufacturer L3 Communications

Amogreentech

Description:

APH17P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH18P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH18P60

Manufacturer L3 Communications

Amogreentech

Description:

APH18P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH20P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH20P60

Manufacturer L3 Communications

Amogreentech

Description:

APH20P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH23P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH23P60

Manufacturer L3 Communications

Amogreentech

Description:

APH23P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH24P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH24P60

Manufacturer L3 Communications

Amogreentech

Description:

APH24P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH27P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH27P60

Manufacturer L3 Communications

Amogreentech

Description:

APH27P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

High Efficiency Power Solution

Amogreentech APM46P60 High Efficiency Power Solution

MPN:

APM46P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM57P60 High Efficiency Power Solution

MPN:

APM57P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM13P90 High Efficiency Power Solution

MPN:

APM13P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM17P90 High Efficiency Power Solution

MPN:

APM17P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM18P90 High Efficiency Power Solution

MPN:

APM18P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM20P90 High Efficiency Power Solution

MPN:

APM20P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM23P90 High Efficiency Power Solution

MPN:

APM23P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM24P90 High Efficiency Power Solution

MPN:

APM24P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM27P90 High Efficiency Power Solution

MPN:

APM27P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM33P90 High Efficiency Power Solution

MPN:

APM33P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM36P90 High Efficiency Power Solution

MPN:

APM36P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM40P90 High Efficiency Power Solution

MPN:

APM40P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM46P90 High Efficiency Power Solution

MPN:

APM46P90

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM13P125 High Efficiency Power Solution

MPN:

APM13P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM17P125 High Efficiency Power Solution

MPN:

APM17P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM20P125 High Efficiency Power Solution

MPN:

APM20P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM23P125 High Efficiency Power Solution

MPN:

APM23P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM24P125 High Efficiency Power Solution

MPN:

APM24P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM27P125 High Efficiency Power Solution

MPN:

APM27P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM33P125 High Efficiency Power Solution

MPN:

APM33P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM36P125 High Efficiency Power Solution

MPN:

APM36P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM40P125 High Efficiency Power Solution

MPN:

APM40P125

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH33P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH33P60

Manufacturer L3 Communications

Amogreentech

Description:

APH33P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH36P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH36P60

Manufacturer L3 Communications

Amogreentech

Description:

APH36P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH40P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH40P60

Manufacturer L3 Communications

Amogreentech

Description:

APH40P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH46P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH46P60

Manufacturer L3 Communications

Amogreentech

Description:

APH46P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH57P60 60 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH57P60

Manufacturer L3 Communications

Amogreentech

Description:

APH57P60. 60 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH17P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH17P90

Manufacturer L3 Communications

Amogreentech

Description:

APH17P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH18P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH18P90

Manufacturer L3 Communications

Amogreentech

Description:

APH18P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH20P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH20P90

Manufacturer L3 Communications

Amogreentech

Description:

APH20P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH23P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH23P90

Manufacturer L3 Communications

Amogreentech

Description:

APH23P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH24P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH24P90

Manufacturer L3 Communications

Amogreentech

Description:

APH24P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH27P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH27P90

Manufacturer L3 Communications

Amogreentech

Description:

APH27P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH40P90 90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH40P90

Manufacturer L3 Communications

Amogreentech

Description:

APH40P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

Cut-cores for High Power Applications

Amogreentech AMCU-4 Cut-cores for High Power Applications

MPN:

AMCU-4

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-6.3 Cut-cores for High Power Applications

MPN:

AMCU-6.3

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-6.3B Cut-cores for High Power Applications

MPN:

AMCU-6.3B

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-8 Cut-cores for High Power Applications

MPN:

AMCU-8

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-10 Cut-cores for High Power Applications

MPN:

AMCU-10

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-16A Cut-cores for High Power Applications

MPN:

AMCU-16A

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-16B Cut-cores for High Power Applications

MPN:

AMCU-16B

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-20 Cut-cores for High Power Applications

MPN:

AMCU-20

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-25 Cut-cores for High Power Applications

MPN:

AMCU-25

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-32 Cut-cores for High Power Applications

MPN:

AMCU-32

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-40 Cut-cores for High Power Applications

MPN:

AMCU-40

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-50 Cut-cores for High Power Applications

MPN:

AMCU-50

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

MPN:

AMCU-63

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-80 Cut-cores for High Power Applications

MPN:

AMCU-80

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

Cut-cores for High Power Applications

Amogreentech AMCU-100 Cut-cores for High Power Applications

MPN:

AMCU-100

Manufacturer L3 Communications

Amogreentech

Description:

AMCU Series Cut cores are the ideal solutions for implementing energy storage chokes in several types of SMPS topologies even in high frequency ranges and high power ranges. Significant component size reduction and/or increased power throughput is achieved using AMCU Series Amorphous Cut cores. AMCU Series Amorphous Cut cores made by iron based thin amorphous ribbon with high saturation level of 1.5 T. With this high saturation level, AMCU Series Amorphous Cut cores enable up to 50 % reduction in volume for typical applications compared more conventional materials like ferrite, sendust, iron powder and silicon steel. The thin ribbon reduces the unwanted eddy current losses at high frequencies. AMOSENSE new technology on Cut core manufacturing ensures lower magnetic reversal losses than ever before. AMCU Series amorphous Cut cores are being used in a growing number of high frequency power applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Low eddy current losses
  • Low hysteresis losses
  • High efficiency
  • Low temperature rise
  • High saturation flux density Bsaturation= 1.56 T
  • Smaller component size
  • High power throughput
  • More comprehensive range of component sizes than before
  • UL94-V0 compliant
  • UL Temp class F compliant

High Efficiency Power Solution

Amogreentech APM13P26 High Efficiency Power Solution

MPN:

APM13P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM17P26 High Efficiency Power Solution

MPN:

APM17P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM18P26 High Efficiency Power Solution

MPN:

APM18P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM20P26 High Efficiency Power Solution

MPN:

APM20P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM23P26 High Efficiency Power Solution

MPN:

APM23P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM24P26 High Efficiency Power Solution

MPN:

APM24P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM27P26 High Efficiency Power Solution

MPN:

APM27P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM36P26 High Efficiency Power Solution

MPN:

APM36P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM40P26 High Efficiency Power Solution

MPN:

APM40P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM46P26 High Efficiency Power Solution

MPN:

APM46P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM57P26 High Efficiency Power Solution

MPN:

APM57P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM13P60 High Efficiency Power Solution

MPN:

APM13P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM17P60 High Efficiency Power Solution

MPN:

APM17P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM18P60 High Efficiency Power Solution

MPN:

APM18P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM20P60 High Efficiency Power Solution

MPN:

APM20P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM23P60 High Efficiency Power Solution

MPN:

APM23P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM24P60 High Efficiency Power Solution

MPN:

APM24P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM27P60 High Efficiency Power Solution

MPN:

APM27P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM33P60 High Efficiency Power Solution

MPN:

APM33P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM36P60 High Efficiency Power Solution

MPN:

APM36P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

High Efficiency Power Solution

Amogreentech APM40P60 High Efficiency Power Solution

MPN:

APM40P60

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

90 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

Amogreentech APH13P90 75 µ Advanced Powder Core for High Current PFC/ Out Put Choke Application

MPN:

APH13P90

Manufacturer L3 Communications

Amogreentech

Description:

APH13P90. 90 µ Advanced Powder Core for High Current PFC/Output Choke Application.

The advanced powder cores from Ammogreentech offer significant advantages over HF, MPP and Sendust cores. Typically chokes using these materials perform more effectively resulting in a mechanically smaller and electrically more efficient solution with a subsequent lower operating temperature than would be found withba solution based on an equivalent HF, MPP or Sendust core.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Reduce overall component cost than other solution
  • Low ripple current
  • High efficiency
  • Smaller in size (Save PCB size)
  • Smallest temperature rise among powdered choke

High Efficiency Power Solution

Amogreentech APM33P26 High Efficiency Power Solution

MPN:

APM33P26

Manufacturer L3 Communications

Amogreentech

Description:

Made by Nanocrystalline alloy Ribbon, The Highest efficiency (Lowest Core loss), No Acoustic Noise (λ = 0), Excellent High Temperature stability.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Amogreentech

Features:

  • Made by Nanocrystalline alloy Ribbon
  • The Highest efficiency (Lowest Core loss)
  • No Acoustic Noise (λ = 0)
  • Excellent High Temperature stability

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3E27

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3E27 is a size EP10 EP core set manufactured from 3E27 grade material.


Material type 3E27 is a medium permeability material with low losses and a relatively high Tc optimized for use in wideband transformers as well as EMI suppression filters.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3E55

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3E55 is a size EP10 EP core set manufactured from 3E55 grade material.


Material type 3E55 is a high permeability optimized for a very low Total Harmonic Distortion factor (THD/μa ) over the full operating range of DSL wideband transformers.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for filter applications

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3B46

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3B46 is a size EP10 EP core set manufactured from 3B46 grade material.


Material type 3B46 is a medium permeability material with high saturation flux density. This material is suitable as linear filter choke with dc bias current, over a broad temperature range. It has been sepcifically designed for POTS-splitters for DSL applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3C81

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3C81 is a size EP10 EP core set manufactured from 3C81 grade material.


Material type 3C81 is a low frequency power material with minimum power losses around 60°C for use in power and general purpose transformers at frequencies up to 0.2 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3C91

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3C91 is a size EP10 EP core set manufactured from 3C91 grade material.


Material type 3C91 is a meduim frequency power material with minimum power losses around 60°C for use in power and general purpose transformers at frequencies up to 0.3 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3C94

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3C94 is a size EP10 EP core set manufactured from 3C94 grade material.


Material type 3C94 is a low frequency power material for use in power and general purpose transformers at frequencies up to 0.3 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3C96

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3C96 is a size EP10 EP core set manufactured from 3C96 grade material.


Material type 3C96 is a low to medium frequency power material for use in power and general purpose transformers at frequencies up to 0.4 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3F3

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3F3 is a size EP10 EP core set manufactured from 3F3 grade material.


Material type 3F3 is a medium frequency power material for use in power and general purpose transformers at frequencies of 0.2 to 0.5 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP10-3F35

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP10-3F35 is a size EP10 EP core set manufactured from 3F35 grade material.


Material type 3F35 is a medium to high frequency power material for use in power and general purpose transformers at frequencies of 0.5 - 1 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3E5

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3E5 is a size EP13 EP core set manufactured from 3E5 grade material.


Material type 3E5 is a high permeability material optimized for use in wideband transformers as well as EMI suppression filters.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3E6

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3E6 is a size EP13 EP core set manufactured from 3E6 grade material.


Material type 3E6 is a high permeability material optimized for use in wideband transformers as well as EMI suppression filters.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3E27

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3E27 is a size EP13 EP core set manufactured from 3E27 grade material.


Material type 3E27 is a medium permeability material with low losses and a relatively high Tc optimized for use in wideband transformers as well as EMI suppression filters.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3E55

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3E55 is a size EP13 EP core set manufactured from 3E55 grade material.


Material type 3E55 is a high permeability optimized for a very low Total Harmonic Distortion factor (THD/μa ) over the full operating range of DSL wideband transformers.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for filter applications

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3B46

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3B46 is a size EP13 EP core set manufactured from 3B46 grade material.


Material type 3B46 is a medium permeability material with high saturation flux density. This material is suitable as linear filter choke with dc bias current, over a broad temperature range. It has been sepcifically designed for POTS-splitters for DSL applications.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3C81

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3C81 is a size EP13 EP core set manufactured from 3C81 grade material.


Material type 3C81 is a low frequency power material with minimum power losses around 60°C for use in power and general purpose transformers at frequencies up to 0.2 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3C91

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3C91 is a size EP13 EP core set manufactured from 3C91 grade material.


Material type 3C91 is a meduim frequency power material with minimum power losses around 60°C for use in power and general purpose transformers at frequencies up to 0.3 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3C94

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3C94 is a size EP13 EP core set manufactured from 3C94 grade material.


Material type 3C94 is a low frequency power material for use in power and general purpose transformers at frequencies up to 0.3 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3C96

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3C96 is a size EP13 EP core set manufactured from 3C96 grade material.


Material type 3C96 is a low to medium frequency power material for use in power and general purpose transformers at frequencies up to 0.4 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3F3

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3F3 is a size EP13 EP core set manufactured from 3F3 grade material.


Material type 3F3 is a medium frequency power material for use in power and general purpose transformers at frequencies of 0.2 to 0.5 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP13-3F35

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP13-3F35 is a size EP13 EP core set manufactured from 3F35 grade material.


Material type 3F35 is a medium to high frequency power material for use in power and general purpose transformers at frequencies of 0.5 - 1 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets of high permeability grades

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP17-3E27

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP17-3E27 is a size EP17 EP core set manufactured from 3E27 grade material.


Material type 3E27 is a medium permeability material with low losses and a relatively high Tc optimized for use in wideband transformers as well as EMI suppression filters.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application

Ferroxcube EP10-3E5 EP Cores - Core sets of high permeability grades

MPN:

EP17-3C81

Manufacturer L3 Communications

Ferroxcube

Description:

Ferroxcube's EP17-3C81 is a size EP17 EP core set manufactured from 3C81 grade material.


Material type 3C81 is a low frequency power material with minimum power losses around 60°C for use in power and general purpose transformers at frequencies up to 0.2 MHz.

View our wide range of Cores

View our portfolio of Magnetic components

See all products from our supplier Ferroxcube

EP Cores - Core sets for general purpose transformers and power application