Atec VDS-200B User Manual

Specification

emc test equipment

VDS 200B

Voltage Drop Simulator

Testing of electronic modules in 12V/24V or 42V
supply systems. The VDS 200B is a low frequency
amplifier. It simulates the battery power supply of
a vehicle and complex power supply distortions in
the power range up to 12,000W. A lot of different
waveforms are integrated as standard such as pulse
2b and pulse 4 required in ISO 7637.
Controlled by the AutoWave generator the VDS 200B
series can be used for the generation of most com­plex manufacturer and user specific waveforms.
The VDS 200B can be used as an individual instru­ment or in combination with all other generators of
the series 200.

• ISO 7637

• ISO 16750-2

• SAE J1113

• Manufacturer specification as

GM, Ford, Chrysler, Mercedes
BMW, VW, PSA, Renault, Fiat, etc.

VDS 200B

A

VDS 200B model configuration

VDS 200B0 Voltage Drop Simulator 60V/ 10A
VDS 200B Voltage Drop Simulator 60V/ 15A
VDS 200B1 Voltage Drop Simulator 60V/ 30A
VDS 200B2 Voltage Drop Simulator 60V/ 50A
VDS 200B3 Voltage Drop Simulator 60V/ 100A
VDS 200B4 Voltage Drop Simulator 60V/ 150A
VDS 200B5 Voltage Drop Simulator 60V/ 200A

Common technical data

Source impedance
Voltage deviation < 1V at any load (including inrush current)

Ripple voltage Ur < 0.2Vp-p, frequency min. 400Hz
Bandwidth Vpp max 16V up to 25kHz

Zi = < 10mΩ

recovering 63% of its maximum excursion
within 100us

Vpp max 6V up to 50kHz

Technical data VDS 200B0

Output voltage 0V – 60V
Output current continuous 0A – 10A
Output current peak 15A

Technical data VDS 200B

Output voltage 0V – 60V
Output current continuous 0A – 15A
Output current peak 15A

Technical data VDS 200B1

Output voltage 0V – 60V
Output current continuous 0A – 30A
Output current peak 70A for max 500ms

Technical data VDS 200B2

Output voltage 0V – 60V
Output current continuous 0A – 50A
Output current peak 100A for max 500ms

Technical data VDS 200B3

Output voltage 0V – 60V
Output current continuous 0A – 100A
Output current peak 150A for max 500ms

Technical data VDS 200B4

Output voltage 0V – 60V
Output current continuous 0A – 150
Output current peak 150A

Technical data VDS 200B5

Output voltage 0V – 60V
Output current continuous 0A – 200A
Output current peak 200A

Output

DUT Supply +/- Safety laboratory and high current plugs
Aux IN +/- To connect an external dc supply for dips
Analog control input
External trigger 5-15V TTL; BNC connector
CRO Trigger 5V TTL-signal for oscilloscope

0-10V / 10kΩ / 0-50kHz

Test Routines for arbitrary waves

DC source Max. 60V;

current depending on VDS 200B model

Functions 1. Sine Wave

2. Jump Start

3. Extern

4. GM 9105P Pulse 4

5. Drop and Jump pulse

Standard Test Routines 1. ISO 7637

2. ISO 16750-2

3. Jaso Test 1

Service Service, Setup, Self test

Interface

Serial interface RS 232, baud rate 1200 - 19200
Parallel interface IEEE 488, address 1 - 30
Remote control To connect external signal generators

0-10V / 10kΩ / 0-50kHz

General data

Dimensions, weight 19“ / 6HU, app. 49kg for VDS 200B0/B

19“ / 9HU, app. 76kg for VDS 200B1
19“ / 12HU, app. 114kg for VDS 200B2
19“ / 16HU, app. 170kg for VDS 200B3
19“ / 25HU, app. 400kg for VDS 200B4
19” / 34HU, app. 450kg for VDS 200B5

Supply voltage VDS 200B0 115/230V +10/-15%

VDS 200B 115/230V +10/-15%
VDS 200B1 230V +10/-15%
VDS 200B1 208V (US version)
VDS 200B2 3x440V
VDS 200B2 3x208V (US version)
VDS 200B3/B4/B5 3x440V
VDS 200B3/B4/B5 3x480V (US version)

Fuses Depending on VDS 200B model

Options

AutoWave

CNA 200B2 Central coupling matrix, 60V/50A
CNA 200B3 Central coupling matrix, 60V/100A
CNA 200B4 Central coupling matrix, 60V/150A
CNA 200B5 Central coupling matrix, 60V/200A
ISMISO Software to control the test, including

rbitrary generator for more complex test

requirements

standard library, test report facility and
data conversion generator

Trigger

Automatic Automatic release of the events
Manual Manual release of a single pulse
External External release of a single pulse

EM TEST AG Tel: [phone]
Sternenhofstr. 15 Fax: [phone] vds200bv110.doc
CH-4153 Reinach email: [e-mail] 12.07.07
Switzerland URL http://www.emtest.com Page 2/2

Technical data subject to change without notice