SEMIKRON SKYPER, Technical Explanation

Page: 11 / 37

© by SEMIKRON / 2020-05-25 / Technical Explanation / SKYPER ® 12 PV
PROMGT.1026/ Rev.7/ Template Technical Explanation
Page 11/37
4. Interface Description
4.1 Footprint
The footprint of the SKYPER ® 12 PV with its primary side pin header X10 and the secondary side pin
headers X100 and X200 are shown in Figure 8.
Figure 8: SKYPER ® 12 PV | Footprint | Bottom view
4.2 Pin assignment
4.2.1 Pin assignment of pin header X10 | Primary side
Table 4: SKYPER ® 12 PV | Pin assignment – Primary side | X10
Pin Signal Function Specification
X10:01 PWR_GND Ground potential of power
supply and digital signals To be connected to ground
X10:02 CFG_IDT Interlock dead time
configuration 15V logic; 150kΩ (pull-up)
LOW = 2µs interlock dead time
HIGH = No interlock dead time
X10:03 nERR_OUT Error output Open collector output; max. 18V/15mA
(external pull-up resistor needed)
LOW = Error
HIGH = No error
X10:04 nERR_IN Error input 15V logic inverted; 150kΩ/10nF (pull-up)
LOW = External error
HIGH = No external error
X10:05 CFG_ERR Error behaviour
configuration in case of any
error condition 15V logic; 150kΩ (pull-down)
LOW = Both outputs switch off
HIGH = Affected output switches off
X10:06 CFG_FLT Filter configuration for
switching signals 15V logic; 150kΩ (pull-down)
LOW = Analogue filter (t
SPS(ana)
)
HIGH = Digital filter (t
SPS(dig)
)
X10:07 TOP_IN Switching signal input (TOP) 15V logic; 33kΩ/0.01nF (pull-down)
LOW = TOP switch off
HIGH = TOP switch on
X10:08 BOT_IN Switching signal input (BOT) 15V logic; 33kΩ/0.01nF (pull-down)
LOW = BOT switch off
HIGH = BOT switch on
X200
X100
X10
1
10
1
10 1
10