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Fullwell FTTH Xgs-Pon Wdm CATV+Sat-If Satellite Receiver Support 1270/ 1577 &1310/1490&1550 Nm

Fullwell FTTH Xgs-Pon Wdm CATV+Sat-If Satellite Receiver Support 1270/ 1577 &1310/1490&1550 Nm

Fullwell Fwr-8610RW-Xgs Wdm Optical Receiver

Fullwell Fwr-8610RW-Xgs Wdm Optical Receiver

Fullwell FTTH CATV AGC Mini Node RF Optical Mini Receive with Wdm, Supports 1270/1577nm Xgs-Pon

Fullwell FTTH CATV AGC Mini Node RF Optical Mini Receive with Wdm, Supports 1270/1577nm Xgs-Pon

Ideal Xgs-Pon Wdm Optical Receiver for FTTH Single

Ideal Xgs-Pon Wdm Optical Receiver for FTTH Single

Xgs-Pon Mini Optical Node

Xgs-Pon Mini Optical Node

Fullwell 32 Port Xgs-Pon EDFA with CATV

Fullwell 32 Port Xgs-Pon EDFA with CATV

Fullwell Xgs-Pon 1270/ 1577 &1310/1490+1550nm Optical Node with Wdm

Fullwell Xgs-Pon 1270/ 1577 &1310/1490+1550nm Optical Node with Wdm

Optical Amplifier with Wdm 32 Port 20dBm

Optical Amplifier with Wdm 32 Port 20dBm

News

  • Common Applications of Polypropylene Twisted Yarn in Everyday Life
  • What are working principles of High Frequency PCB
  • The introduction of Mixed Pressure PCB
  • How High Frequency PCB work
  • What is Electric Valve Actuator
  • Where we can use DMR Radio
  • The historical background of High-performance Electronic Jacquard
  • The characteristics of Recessed Floor Socket

  • Common Applications of Polypropylene Twisted Yarn in Everyday Life

    You might not realize it, but polypropylene twisted yarn plays a vital role in many of the products and materials we use every day.

  • What are working principles of High Frequency PCB

    High-Frequency PCBs (Printed Circuit Boards) are designed to operate at frequencies typically above 500 MHz, often extending into the GHz range. They are widely used in RF (Radio Frequency), microwave, satellite, radar, and high-speed digital applications. The working principles of high-frequency PCBs are largely driven by the need to manage signal integrity, impedance, and electromagnetic interference at these elevated frequencies.

  • The introduction of Mixed Pressure PCB

    Mixed Pressure PCB (Printed Circuit Board) refers to a specialized type of multilayer PCB that is manufactured using a combination of different lamination pressures during the fabrication process. This technique is used to accommodate varying materials, thicknesses, or structural requirements within a single board design, which might not be possible to achieve through standard lamination techniques.

  • How High Frequency PCB work

    High-frequency PCBs (Printed Circuit Boards) are designed to handle signals with high frequencies—typically above 500 MHz, and often reaching into the GHz range. These are used in applications like RF (radio frequency), microwave circuits, high-speed digital circuits, and radar systems.

  • What is Electric Valve Actuator

    An Electric Valve Actuator is a device that uses electricity to automatically operate a valve. It converts electrical energy into mechanical torque to open, close, or modulate a valve without the need for manual intervention.

  • Where we can use DMR Radio

    DMR (Digital Mobile Radio) can be used in a wide variety of sectors where reliable and secure communication is essential. Here are the most common use cases:

  • The historical background of High-performance Electronic Jacquard

    The High-Performance Electronic Jacquard system is a modern evolution of a revolutionary textile technology that traces its roots back to the early 19th century.

  • The characteristics of Recessed Floor Socket

    A recessed floor socket is an electrical outlet that is embedded into the floor, with its face typically sitting flush or slightly below the surface level. These sockets are commonly used in offices, commercial spaces, and modern residential interiors to provide discreet and convenient access to power and data connections.

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