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Pin configuration and power supply
imc CANSAS Getting Started - Doc. Version 1.9 - 05.12.2014
© 2014 imc Meßsysteme GmbH
3.1.1.3 Specification of components used
In imc CANSAS, the following components are used for the CAN-connection. Use this as a reference for
the purpose of especially critical applications, e.g. in connection with bit-timing.
CAN-Controller:
Oscillator Type:
CAN transceiver:
Slope resistor:
DSP TMS320LF2407A (Texas Instruments)
SG8002JFPCM-10M Hz (Epson, crystal oscillator, 10M Hz, -40 +85°C,±100ppm);
PCA82C250 (Philips)
1k
3.1.2 SL modules CAN-Bus connectors
Below is shown the pin configuration of the CAN-bus plug/socket set (CAN IN and CAN OUT) at the imc
CANSAS modules with SL housing. Only differences to the standard imc CANSAS modules are described
here.
3.1.2.1 CAN-Bus pin configuration and contact wiring
10-pin LEMO (HGA.1B.310)
PIN
Signal
CiA
-description
Use in imc CANSAS
1
CAN_HIGH
dominant high bus
line
connected as per
CiA
2
CAN_LOW
dominant low bus
line
connected as per
CiA
3
CAN_GND
CAN Ground
connected as per
CiA
. CAN-Bus reference ground.
4
CAN_RST_STECK
imc CANSAS-specific: imc CANSAS Reset ( for startup with
Reset Connector). The Reset plug has a shortcut to PIN 3
(GND).
5
CAN_SYNC
imc CANSAS-specific: Additional line for a sync signal (1 Hz).
Generally 5 V to CAN Ground.
6
CAN_GND
CAN Ground
connected to Pin 3, as per
CiA
7, 8
+CAN_SUPPLY
imc CANSAS-specific: + imc CANSAS voltage 10 V..
+50V. The module can be supplied via this connector
(and Pin 9 + 10).
9, 10
-SUPPLY
imc CANSAS-specific: - imc CANSAS voltage supply (Negative
pole of supply respectively. 0V).
Both 10-pin sockets are directly connected. In that way all circuit points can be connected through to the
next imc CANSAS module.
