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P a g e F i n d u s a t w w w . k e y s i g h t . c o m P a g e 10 Powered / Functional Test Measurement Specification Built-in Instruments Universal Source (Four Quadrant) Programmable Current Limit : 30 mA or 150 mA Pr…

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Depletion Field Effect Transistor
Unguarded Tests
Voltage Range: 0 to 10 V
Default Voltage: 0.1 V
On Resistance Range
Accuracy
5 – 500
±1.5%*
* Plus system residual: 3.5
Fuse, Switch, and Jumper
Unguarded Tests
Default Voltage: 0.1 V
On Resistance Range
Accuracy
0.1 – 500
±1.5%
1.0 – 500
±1.0% (ASRU-N DMC)
* Plus system residual: 3.5
Vectorless Test EP
Source Voltage: 200 mV
Test Frequency: 8192 Hz
Parameter
Specification
Correlate Capacitance
Programmable Low Threshold
1 – 1000
0.5 fF – 750 pF
Programmable High Threshold
1 – 1000
0.5 fF – 750 pF
Programming Resolution
1
0.5 fF – 2 fF
Test Speed (typical)
500 pins per second
Polarity Check
Source Voltage: 200 mV
Parameter
Specification*
Test Range (total parallel capacitance)
up to 2000 µF
Test Range (stand-alone capacitance)
up to 4000 µF
Test Speed
10–15 capacitors per second (typical)
* Range varies with types of packaging used for capacitors.
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Powered / Functional Test Measurement Specification
Built-in Instruments
Universal Source (Four Quadrant)
Programmable Current Limit: 30 mA or 150 mA
Programmable Termination: 5, 50, 500, or 5,000
Output Resistance: 2.2
Application
Characteristic
DC Voltage Source
Four Quadrant and Auto-ranging
Range
Programming Resolution
Accuracy
±0.1 V
50 V
± 0.1% ± 3 mV
±10 V
5 mV
± 0.1% ± 10 mV
Functional Generator
Sine Wave
Distortion (THD): < 1%
Range
Programming Resolution
Accuracy
±7.071 Vrms
1
5 mV (Mux)
2 mV (UnMux)
± 2.0% ± 5 mVAC
Square Wave
Rise Time (10%–90% of 0–5 V): 2.5 µs (typical)
Range
Programming Resolution
Accuracy
± 0–10 V
1
5 mV
± 2.0% ± 5 mVAC
Triangle Wave
Linearity (10%–90%): 2% (typical)
Range
Programming Resolution
Accuracy
± 0–10 V
1
5 mV
± 3.0% ± 5 mVAC
Frequency
Range
Resolution
Accuracy
1–20 kHz
1 Hz
±0.015%
Jitter
2
Sine Wave
Square Wave
Triangle Wave
0.25 µs
2.2 µs
0.25 µs
DC Offset Voltage
Range
Accuracy
± 0–10 V
1
±15 mV
Arbitrary Waveform Generator
1–1024 samples
4096 samples
3 dB bandwidth
Frequency Range
1–32,768 Hz
1–8,192 Hz
120 kHz
Voltage Range
−10.0 to 10.0 V
−10.0 to 10.0 V
1. Peaks of waveform plus programmed offset must be between ±10 V.
2. Maximum edge to edge.
Auxiliary DC Voltage Source (Four Quadrant)
Programmable Current Limit: 30 mA or 150 mA
Output Resistance: 2.2
Range
Programming Resolution
Accuracy
±10 V
5 mV
± 0.1% ± 10 mV
Differential Detector DC
DC Voltage Detection
Characteristic
Specification
Resolution
16 bits (15 bits plus sign), < 0.005% of range
Converter
Integrator for noise rejection.
Converter Speeds
Normal
500 µs integration (high-frequency noise rejection)
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Line Rejection
16.667 ms or 20.000 ms (60 Hz or 50 Hz systems: power
line, high-frequency rejection)
Accuracy
1
Normal
± (0.05% of reading + 0.1% of range + 300 µV)
Line Rejection
± (0.02% of reading + 0.05% of range + 300 µV)
Line Rejection
60 dB
2
Input Types
Differential, HI (I bus) and LO (L
bus)
Peak Differential Input Voltage
< ±160 VDC
Maximum Voltage to Ground
±100 V peak
Input Capacitance
1000 pF
3
DC Common Mode Rejection Ratio
(1 k imbalance in either lead)
Range
Specification
± (0.039 to 10) V
> 80 dB V/V
± (20 to 160) V
> 50 dB V/V
1. Add 0.12% of reading for attenuated ranges.
2. Line frequency within ± 0.1% and peak voltage is within expected range.
3. Either input referenced to system ground.
4. Autoranging for speed advantage, auto-range up when input is over-ranged
Range (volts)
Common Mode Range
Common Mode Input
Resistance (ohms) (typical)
Differential Input
Resistance (ohms) (typical)
160
± 100 V
240 k
1 M
80
± 100 V
240 k
1 M
40
± 100 V
240 k
1 M
20
± 100 V
240 k
1 M
10
± 10 V
> 100 M
> 100 M
5
± 10 V
> 100 M
> 100 M
2.5
± 10 V
> 100 M
> 100 M
1.25
± 10 V
> 100 M
> 100 M
0.625
± 10 V
> 100 M
> 100 M
0.3125
± 10 V
> 100 M
> 100 M
0.1562500
± 10 V
> 100 M
> 100 M
0.0781250
± 10 V
> 100 M
> 100 M
0.0390625
± 10 V
> 100 M
> 100 M
Differential Detector AC
True RMS AC Detection
Characteristics
Specification
Resolution
16 bits (15 bits plus sign), < 0.005% of range
Converter
Uses 16-bit successive approximation converter running at 40,000 samples/second (nominal)
to convert, store, and analyze the rms value of the input waveform over one of the two user
selectable time windows. Digital Signal Processing (DSP) techniques are utilized to determine
and remove the DC component. Measurement speed for voltages with DC components is
faster than capacitor coupled AC converters.
Converter Modes
Normal
8192 samples at 40,000 samples/second (0.2048 sec window)
Fast
1024 samples at 40,000 samples/second (0.0256 sec window)
Input
Differential, HI (I bus) and LO (L bus)
Peak Differential Input Voltage
< ±160 VDC
Maximum Voltage to Ground
±100 V peak
Input Capacitance
< 1000 pF (either input referenced to system ground, other lead tied to system ground).
DC Rejection Ratio
Normal
78 dB (typical)
Fast
60 dB (typical)
* Autoranging for speed advantage, autorange up when input is over-ranged