Simulator interface. RT-Box Datasheet

RT-Box interface. Datasheet pdf. Equivalent

RT-Box Datasheet
Recommendation RT-Box Datasheet
Part RT-Box
Description Simulator interface
Feature RT-Box; Simulator interface – For RT Box hardware Analog outputs RJ45 connectors Digital inputs Optical be.
Manufacture imperix
Datasheet
Download RT-Box Datasheet





imperix RT-Box
Simulator interface – For RT Box hardware
Analog outputs
RJ45 connectors
Digital inputs
Optical bers
1
20
35
Analog outputs
test points
To OPAL digital inputs
DB-37 connector
Digital inputs
test points
To OPAL analog outputs
DB-37 connector
1
Main power supply
onnector (SD-50BV)
Alternative power supply
connector
4 25
1
3
6
Pin1 GND
Pin2 GND
Pin3 +5V
Pin4 -15V
Pin5 +15V
Pin6 GND
1 Pin1 +5V
2 Pin2 -15V
3 Pin3 +15V
4 Pin4 GND
GENERAL DESCRIPTION
428.6 mm
This interface interconnects the BoomBox controller to
an RT Box HIL simulator.
from imperTixhis wayt,oaOnPyALcontrol implementation can be first tested
power module
analog in
– without any risk – on a simulated converter ; before it
is later tested on real hardware. In this second step, all
cables can be instantly swapped from the interface to
the real converter.
+15V
1,2
4
5
7,8
-15V
BoomBox
AAinn[a0l.o.1g5x]16 1 20
Digital x16
TP
100 Ω
interface
jumper
Anaxlo1g6x1 16 Di3g5ital x1
20 1 Dout[0..15]
RT Box hardware
5V 5V 5V
5
5V
5V
TP
Din[0..15]
9 28
ANALOG OUTPUTS
14
–– 16 channels, RJ45 connecxt1o6rs
–– To be wired to analog inputs of the Boo5mV Box
–– -10 to 10 V voltage range
37
19
20
1
Aout[0..15]
TP
4
5
35
16
37
x16
1
20
DIGITAL INPUTS
–– 16 independent channels
35
–– Optical fiber wiring to digital outputs of the BoomBox
–– Max. prop. delay difference between 2 channels: 80 n  s
–– 5V supplied directly by the RT Box HIL Simulator
1
35 16
18
TP Main power supply
connector (SD-50BV)
Alternative power supply
connector
Pin1 GND
4 25
Pin2 GND
Pin3 +5V
1 Pin1 +5V
2 Pin2 -15V
5V
1
3
6
Pin4 -15V
Pin5 +15V
3 Pin3 +15V
Pin4 GND
4
Pin6 GND
x16
from imperix
power module
to OPAL
analog in
5
5V
5V
TP
Din[0..15]
28
9
14
x16
5V
37
19
20
1
Aout[0..15]
TP
CONTACT
ABOUT US
4
Imperix Ltd.
Imperix develops high-end control equipment and prototyping hardware for5power electronics, drives, smart
Rue de la Dixence 10, 1950 Sion, Switzerland
grids and related topics. Its products are designed to accelerate the implementation of laboratory-scale power
www.imperix.ch, s+a1l5eVs@imperix.ch
Ain[0..15] c1onve2r0ters and facilitate the derivation of high q3u5 ality16 experimental results.
x16
37
1,2
4
5
7,8
TP
100 Ω
jumper
x16 16 35





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