HFBR CONNECTOR
HFBR Avago Medical Versatile Link POF Connector
HFBR HFBR Versatile Link POF connector for 1 mm plastic optical fiber and Avago/Broadcom HFBR modules — quick field-terminatable snap-in interface.
Specifications
- Type
- Fiber Optic Transceivers
- Certificate
- ISO9001,RoHS
- Voltage input
- 3.3(V)
- Cable type
- Plastic optical fiber
- Transfer method
- Signal transmission
- Emission wavelength
- 650(nm)
- Transmit power
- 5w(dbm)
- Certification
- ISO9001 ,ROHS Supply Ability Supply Ability 10000 Piece/Pieces per Week
HFBR Avago Medical Versatile Link POF Connector
The HFBR is a Avago / Broadcom HFBR Versatile Link plastic optical fiber connector, the snap-in POF interface used with Avago/Broadcom HFBR transmitter and receiver modules.
JINSHANG TECH supplies the HFBR as a production item; fiber diameter, jacketing, connectorization and length can be confirmed against the specification before ordering.
Key Characteristics
- Operating wavelength: 650(nm)
- Supply voltage: 3.3(V)
- Standard length: 650(nm)
- Power rating: 5w(dbm)
- Push-pull latch for quick, tool-light field termination
- Terminates standard 1 mm core / 2.2 mm POF cable
- Versatile Link / HFBR plug form-factor with keyed polarity
- Available as connector, pigtail and pre-assembled cable
Typical Applications
The HFBR is commonly used for connections to HFBR optical transmitters/receivers in equipment. The result is a reliable, repeatable build that tolerates the routing, vibration and repeated handling typical of production installations.
Frequently Asked Questions
Q: What is an HFBR connector? A: HFBR/Versatile Link is the common snap-in connector system for 1 mm plastic optical fiber, used with Avago/Broadcom HFBR optical modules in industrial and consumer links.
Q: What cable does it accept? A: It is designed for the standard 1 mm PMMA core, 2.2 mm OD plastic optical fiber used in Versatile Link systems.
Q: Is field termination possible? A: Yes — HFBR POF connectors are intended for simple field termination using the specified cutting and crimping tools, without a fusion splicer.
Q: How is polarity managed? A: The connector is keyed so TX and RX cannot be swapped incorrectly, simplifying installation.
For the matching Versatile Link and HFBR assemblies, visit the FEV Electronics fiber catalog at www.fevelectronics.com.
