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User Manual – JXM-IO-E30
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6.1 Pin assignment
6.1.1 MOLEX connector
WARNING
Risk of short circuit if battery polarity is reversed
Inadequate fuse protection can lead to a short circuit if the
polarity of the battery is reversed.
►
Protect VBAT_PWR with an external 25 A fuse.
►
Protect VBAT_ECU with an external 2 A fuse.
The pins of lines A to K drive up to 6 A; the pins of lines L and M drive up to 12 A.
A B C D E F G H J K L M
4
3
2
1
Fig. 8:
MOLEX connector – pin assignment
Pin assignment
4
3
2
1
A
PWM_H7_5
n.c.
CAN1_TERM2 /
CAN_H_OUT*
CAN_H
B
PWM_H7_5
AI_1
CAN1_TERM1 /
CAN_L_OUT*
CAN_L
C
PWM_H7_6
AI_2
DI_P_1
PWMi_H3_4
D
PWM_H7_6
AI_3
DI_P_2
PWMi_H3_3
E
PWM_H7_4
AI_4
DI_P_3
PWMi_H3_2
F
PWM_H7_4
AI_5
DI_P_4
PWMi_H3_1
G
PWM_H7_3
AI_6
GND_SEN
DO_H3_4
H
PWM_H7_3
AI_7
VEXT_SEN_3
DO_H3_3
J
CFG1
AI_8
VEXT_SEN_2
DO_H3_2
K
CFG2
VBAT_ECU
VEXT_SEN_1
DO_H3_1
L
GND_PWR
GND_PWR
VBAT_PWR
VBAT_PWR
M
GND_PWR
PWM_H7_2
PWM_H7_1
VBAT_PWR
*JXM-IO-E30 / JXM-IO-E30-O01
Abbreviations used
in this document
Abbreviation
Description
AI
Analog input, current/voltage
CAN1_TERM
These two pins must be jumpered to enable the
120 Ω terminating resistor.
CFG
Configuration pin for setting the CAN ID
DI_P
Digital and frequency input
DI_P_1
Digital and frequency input which can also be used
as NPN input as of HW Rev. 02.00.
DO_H3
Digital high-side output