Table 1-2. Supplemental Characteristics (continued)

Voltage Slew Rate:

 

6060B (0 to 60V)

6063B (0 to 240V)

Transition

Rate #

Voltage Step

Voltage Step

Time*

1

1 V/ms

4 V/ms

8.0 ms

2

2.5 V/ms

10 V/ms

3.2 ms

3

5 V/ms

20 V/ms

1.6 ms

4

10 V/ms

40 V/ms

800 μs

5

25 V/ms

100 V/ms

320 μs

6

50 V/ms

200 V/ms

160 μs

7

0.1 V/μs

0.4 V/μs

100 μs

8

0.25 V/μs

1 V/μs

100 μs

9

0.5 V/μs

2 V/μs

100 μs

*Transition time is based on low capacitance current source.

Resistance Slew Rate

 

 

 

 

Low Range:

Uses the value programmed for the voltage slew rate.

 

Middle and High Ranges:

Uses the value programmed for the current slew rate.

 

TRANSIENT CURRENT OVERSHOOT (When programmed from 0A):

 

Model 6060B

 

 

 

 

Range

Transient Current Level

Current Slew Rate

Overshoot*

60 A

6-60 A

 

All slew rates

0

 

3 A

I A/μs to 5 A/μs

1%

 

3 A

I A/ms to 0.5 A/μs

0

6 A

6 A

 

All slew rates

0

 

3 A

0.25

A/μs and 0.5 A/μs

1%

 

3 A

0.1 A/ms to 0.1 A μs

0

Model 6063B

 

 

 

 

Range

Transient Current Level

Current Slew Rate

Overshoot*

10A

2-10 A

 

All slew rates

0

 

0.5 A

0.17

A/μs to 0.83 A/μs

5%

 

0.5 A

0.17

A/ms to 42 A/ms

0

 

1 A

 

0.83 A/μs

1%

 

1 A

0.17

A/ms to 0.17 A/μs

0

1 A

0.5 A

 

83 A/ms

4%

 

0.5 A

17

A/s to 17 A/ms

0

 

1 A

 

All slew rates

0

*All overshoot values assume a total inductance of 1 μH, or less, in the load leads connected to the D.U.T. For Model 6060B, overshoot may be higher during first five seconds of programming if the unit has been operating at full current.

16 General Information

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Agilent Technologies 5951-2826, 5951-2827 manual Resistance Slew Rate, Overshoot, Model 6063B Range Transient Current Level