
DocID028643 Rev 2 9/14
UM1985 Overview
14
The suggested configuration to drive front lights is illustrated in Table 1:
1.4 Power supply
The power supply is provided through J30 connectors and current capability that must be
adequate to the loads.
1.5 LEDs
LED x: indicates the status of the correspondent output x (each output has a LED connected
to indicate its status).
1.6 Jumpers
A FaultRST pin is an active low compatible with 3 V and 5 V CMOS outputs and unlatches
the output in case of fault or disables the latch-off functionality.
J1,7,8,29 are multi positions and they allow three different configurations:
1. Pin 2 connected with pin 1, FaultRST is forced to GND setting the outputs in auto-
restart mode
2. Pin 2 connected with pin 3, FaultRST is forced to 5 V so unlatches the output in case of
fault
3. Pin 2 connected with pin 4, FaultRST is driven by microcontroller output
J2 connects signal ground and powers ground at the same time.
1.7 Extension connectors
The male headers X1,X2,X3 and X4 are two strip lines connectors of 2 x 36 each and they
are used to allow the access to all the SPC560B54L5 MCU pins with exception of JTAG,
TCK, TMS, TDI, TDO, XTAL, EXTAL and VDD_LV. The pins used in this M0-7 application
Table 1. Loads configuration
Light Load (W) Part number Device Channel
Front Left
Position W5W/H7 VNQ7050AJ M0-7_B 0
Low Beam H3/H15 VND7012AY M0-7_C 0
High Beam H7 VND7012AY M0-7_D 0
Fog 21W VND7020AJ M0-7_A 0
Turn W16W VNQ7050AJ M0-7_B 1
Front Right
Position W5W/H7 VNQ7050AJ M0-7_B 2
Low Beam H3/H15 VND7012AY M0-7_D 1
High Beam H7 VND7012AY M0-7_C 1
Fog 21W VND7020AJ M0-7_A 1
Turn W16W VNQ7050AJ M0-7_B 3