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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, 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, 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, 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, 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.

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, 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, 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, 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, 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, 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, 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.

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

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

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, 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

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

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)

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