Atec NHResearch-4200 User Manual

Modular electronic load, Model 4200, Waveform capture, analysis and display

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NH Research, Incorporated
16601 Hale Avenue, Irvine, California 92606
Tel: 949-474-3900 • Fax: 949-474-7062
E-mail: [email protected]

©Copyright 2007, NH Research Incorporated. All rights reserved.
Printed in USA 2500 PS
Specifications subject to change without notice.

Modular Electronic Load

MODEL 4200

T 60 A, 120 V, 300 W module
T Waveform capture and display
T 26 Voltage, Current, Power and Timing Measurements
T Transient Generator
T Glitchless Mode Changes

The 4200 load is designed for use within the main-

frame power module chassis included as part of the
NHR S400 and 5600 power supply test systems. This
load provides advanced control and measurement
capabilities by incorporating the task-essential fea-
tures of a DMM, DSO and ARB. With this built-in
capability, the 4200 load delivers a single integrated-
test-solution that provides more comprehensive test
information. The load also eliminates the additional
cost, reliability and test-speed penalties when multiple
single-purpose instruments are necessary to supple-
ment a less capable load.

WAVEFORM CAPTURE, ANALYSIS AND DISPLAY

The 4200 load digitizes device-under-test output volt-
age and current waveforms for both analysis and dis-
play. The advantage of each load having this capabili-
ty is that any number and type of output waveform-to-
waveform measurements such as timing can now be
made within a single test step. Further, all the wave-
forms and digital control signals can be combined
together on a single screen. With this additional layer
of visual information the designer or test engineer has
a higher level of product performance information
than would be available from just a strict numeric
record of test results.

Step Label

Minimum

Actual

Maximum

Result

Turn-On @ Full Load

+5V

Turn-on Time (V)

0.000 S

124.720 mS

1.000 S

Pass

Rise Time (V)

0.000 S

8.690 mS

20.000 mS

Pass

Settle Voltage

4.750 V

4.797 V

5.250 V

Pass

Peak Voltage

4.750 V

4.950 V

5.250 V

Pass

Overshoot (V)

0.000 V

152.608 mV

250.000 mV

Pass

+12V

Turn-on Time (V)

0.000 S

124.810 mS

1.000 S

Pass

Rise Time (V)

0.000 S

9.480 mS

20.000 mS

Pass

Settle Voltage

11.400 V

12.173 V

12.600 V

Pass

Peak Voltage

11.400 V

12.219 V

12.600 V

Pass

Overshoot (V)

0.000 V

45.974 mV

600.000 mV

Pass

-12V

Turn-on Time (V)

0.000 S

123.580 mS

1.000 S

Pass

Rise Time (V)

0.000 S

18.290 mS

20.000 mS

Pass

Settle Voltage

11.400 V

11.683 V

12.600 V

Pass

Peak Voltage

11.400 V

11.754 V

12.600 V

Pass

Overshoot (V)

0.000 V

70.527 mV

600.000 mV

Pass

+3.3V

Turn-on Time (V)

0.000 S

118.870 mS

1.000 S

Pass

Rise Time (V)

0.000 S

3.500 mS

20.000 mS

Pass

Settle Voltage

3.135 V

3.318 V

3.465 V

Pass

Peak Voltage

3.135 V

3.363 V

3.465 V

Pass

Overshoot (V)

0.000 V

44.956 mV

165.000 mV

Pass

+5VSB

Settle Voltage

4.750 V

4.782 V

5.250 V

Pass

Peak Voltage

4.750 V

4.909 V

5.250 V

Pass

Additional Measurements

PS_ON to +5V @ 95% Time

20.000 mS

118.002 mS

200.000 mS

Pass

PS_ON to PWR_

GOOD High Time

20.000 mS

402.490 mS

500.000 mS

Pass

PWR_GOOD Delay Time

20.000 mS

284.488 mS

350.000 mS

Pass

.......................................................................................................................................................

............................................................................................

13 13 13 13

11 11 11 11

10 10 10 10

+5V: 100.000 KS/sec
-12V: 100.000 KS/sec
+3.3V: 100.000 KS/sec
+12V: 100.000 KS/sec

+5V Volts
+3.3V Volts
-12V Volts
+12V Volts

50.000 mS/Div

PWR_GOOD
PS_ON

TEST PRINTOUT

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