CANFIB-100PT(Intelligent CAN to Fiber Converter (Point to Point)) CAN Bus to Fiber Bridge, CAN to Fiber Gateway, Free Shipping

La description

CANFIB***0PT ( Intelligent CAN to Fiber Converter (Point to Point))

1.1 Product Overview

CANFIB***0PT is a local CAN bridge used to establish a connection between two CAN bus system via fiber optic transmission medium. In order to solve the problem between CAN and fiber transmission medium, CANFIB***0PT is specially designed for converting the electrical CAN bus signal to fiber optic cables.

Using the CANFIB***0PT, the total network distance can be extended and the bus error on one CAN network will not affect the operation of another CAN network. Furthermore, the two CAN network can communication with each other by using different CAN baud rate for highly flexibility. Besides, CANFIB***0PT provides the utility tool for user-defined baud rate and filter configuration. By using this tool, it is allowed to have user-defined baud rate and message filter.

1.2 Parameters

• **-bit high-performance RISC ARM processor operating at a frequency of up to **0 MHz
• Max data flow up to ***0 fps (extend frame)
• ***0 data frames buffer for each channel
• Integrates *-channel CAN port
• Integrates *-channel Fiber port(ST, single mode, wavelength:***0nm)
• Fiber connection mode: Point to Point
• CAN bus transmission Distance (m):Depend on baud rate
• Fiber bus transmission Distance (m): *0KM (*5KM/*0KM/*0KM can be chose)
• Rotary switch or RS**2 port for CAN baudrate configuration
• CAN filter is configurable
• ***0V isolation for all can channels
• Fully compatible with the CAN 2.0A and 2.0B
• Build-in switch to select **0Ω terminal resistor
• LED indicator for TX, RX and Error for all channels
• Powered by DC :*0 to *0V
• Operating temperature: **0°C to **0°C
• Physical size: (length) **7mm * (width) **2mm * (height) *6mm.

1.3 Typical applications

•  CAN-bus network diagnosis and test
•  Auto electronic applications
•  Electric power communication network
•  Industrial control devices
•  High-speed and large data communications