PCAN-USB  Pro      Dual CAN, Dual LIN Interface            

Up to four connections are available, using appropriate adapter cables (2 x CAN, 2 x LIN).  Its robust aluminium casing makes the PCAN-USB Pro adapter suitable for mobile applications.

Time stamp resolution 1 μs

Extended operating temperature range -40 to 85 °C

Each CAN and LIN channel is separately opto-decoupled against USB and the other buses

Autonomous LIN scheduler with support for unconditional, event, and sporadic frames that can also work through multiple schedule tables

PCAN-Basic & PLIN-Basic APIs, 32 and 64 bit versions of  W7, XP, Vista, CE (ARM & x86), Linux drivers, PCAN-View  and PLIN-View CAN and LIN Monitors are all included

A software package is provided that can set up the PCAN-LIN in one of a number of modes ( CAN to LIN, Serial to CAN, Serial to LIN).  The most useful of these is the CAN to LIN mode.  Using it the module acts as a LIN master windowing its LIN addresses onto a selected area in the CAN message space and through that window sends incoming CAN packets to LIN and LIN to CAN. 

• PCAN-LIN is compliant with the LIN Protocol Specification Rev. 1.3 (power management functions such as Sleep Mode and Wake Up Signal are however NOT implemented)
• LIN speed range  1000 Bits/sec to 20000 Bits/sec
• A user-definable LIN-ID list provides a simple mechanism for scheduling a limited number of LIN messages to take place cyclically.
• It may be used as a general-purpose gateway (or router when using Acceptance Code/Acceptance Mask feature) 
• It may be used as LIN slave or master/slave (no data conditioning takes place when handling a scheduler list in LIN master mode)
• An option is available to provide electrical decoupling between the RS232 and CAN/LIN (maximum 1 kV)

There are 3 versions of the LIN gateway available......

• IPEH-002025 for which the CAN port operates as a standard 2.0B Full CAN using the Philips 82C251 transceiver
• IPEH-002028 for which the CAN port uses the "slow CAN" and the TJA1054 transceiver.
• IPEH-002029 with the Full CAN interface and an opto-isolator in the serial port