SEMIKRON SKiiP 4 - Pin Description; Table 5-1: Pin Configuration Skiip 4

© by SEMIKRON / 2017-09-07 / Technical Explanation / SKiiP
®
4 Page 17/73
A verification of mechanical stability and EMC behaviour under customer’s application conditions is
necessary.
As the SKiFace interface is a standardized, it is also used in other SEMIKRON products. Due to that not all
signals are used for SKiiP
®
4.
An unused signal is: HB_RSRVD
Please note: The protective plastic cover of the D-Sub connector should be removed only just before
the start of operation (ESD-Handling and protection)
5.2.2 Pin description
Table 5—1: Pin configuration SKiiP
®
4
PIN Signal Function Specification
1/2/3 PWR_VS Power Supply +24V (+/- 20%)
4 CMN_GPIO2
Digital input/ output
Bidirectional status
signal
Sync-signal for parallel operation (available
after activation through CAN-bus message)
For details see IntelliOff function, p. 33
5 CMN_HALT
Digital input/ output
Bidirectional status
signal
LOW (dominant) = not ready to operate (e.g.
error) HIGH (recessive) = ready to operate
For details refer to HALT Logic Signal, p. 24
6 CMN_TEMP Temperature signal out
This pin is used to indicate the temperature
sensor’s analogue signal.
Max output current: 5mA
Nominal voltage range: 0 … +10V
Refer to Integrated DCB-Temperature Sensor,
p. 42
7 CMN_DCL DC-Link voltage out
This pin is used to indicate the DC-Link voltage
level.
Max. output current: 5mA
Nominal voltage range: 0 … +10V
For details refer to DC-Link-Voltage Sensing, p.
43
8 HB_TOP
Switching signal input
for high side IGBT
LOW = High side IGBT off
HIGH = High side IGBT on
For details refer to Switching Signal Inputs, p.
21
9 HB_RSRVD Reserved Not connected
10 HB_I Current sensor out
This pin is used to indicate the current sensor’s
analogue signal.
Max. output current: 5mA
Nominal voltage range: -10V … +10V
For details refer to AC-current sensor, p. 38
11 CAN_H
CAN interface INPUT/
OUTPUT HIGH
Input impedance = very high
Specification according to ISO 11898.
12 CAN_H Internally connected to pin 11
13 SHLD_GND GND Internally connected to PWR_GND
14/15/1
6
PWR_GND Ground for PWR_VS