Measurement Characteristics | |||
dc Voltage | ¡@ | ||
Measurement Method | Continuously Integrating Multi-slope III A-D Converter | ||
A-D Linearity | 0.0002% of reading + 0.0001 % of range | ||
Input Resistance | ¡@ | ||
0.1V, 1V,10 V ranges |
Selectable 10 M£[ or >10,000 M£[ | ||
100 V, 1000 V ranges |
10 M£[ ¡Ó 1% | ||
Input Bias Current | < 30pA at 25¢X C | ||
Input Protection | 1000 V all ranges | ||
dcV:dcV Ratio Accuracy | Vinput Accuracy + Vreference Accuracy | ||
¡@ | ¡@ | ||
True rms ac Voltage | |||
Measurement Method ¡@ |
ac coupled True rms ¡V measures the ac component of the input with up to 400 Vdc of bias on any range. |
||
Crest Factor | Maximum of 5:1 at Full Scale | ||
Additional Crest Factor ¡@ ¡@ |
Errors (non-sinewave)
Crest Factor 1¡V2 0.05 % of reading Crest Factor 2¡V3 |
||
Input Impedance | 1 M£[ ¡Ó 2% in parallel with 100 pF | ||
Input Protection | 750Vrms all ranges | ||
¡@ | ¡@ | ||
Resistance | |||
Measurement Method | Selectable 4-wire or 2-wire Ohms. Current source referenced to LO input. | ||
Maximum Lead Resistance | |||
(4-wire) |
10% of range per lead for 100½ and 1k£[ ranges. 1k½ per lead on all other ranges. | ||
Input Protection | 1000 V all ranges | ||
¡@ | ¡@ | ||
dc Current | |||
Shunt Resistance | 5 £[ for 10 mA,100 mA; 0.1 £[ for 1 A, 3 A | ||
Input Protection | Externally accessible 3 A 250 V Fuse Internal 7 A 250 V Fuse | ||
¡@ | ¡@ | ||
True rms ac Current | |||
Measurement Method ¡@ |
Direct coupled to the fuse and shunt. ac coupled True rms measurement (measures the ac component only). |
||
Shunt Resistance | 0.1 £[ for 1 A and 3 A ranges | ||
Input Protection | ExternalIy accessible 3 A 250 V Fuse Internal 7 A 250 V Fuse | ||
¡@ | ¡@ | ||
Frequency and Period | |||
Measurement Method | Reciprocal counting technique | ||
Voltage Ranges | Same as ac Voltage Function | ||
Gate Time | 1 s, 100 ms, or 10 ms. | ||
¡@ | ¡@ | ||
Continuity / Diode | |||
Response Time | 300 samples/s with audible tone | ||
Continuity Threshold | Selectable from 1 £[ to 1000 £[ | ||
¡@ | ¡@ | ||
Measurement Noise Rejection 60 (50) Hz[1] | |||
dc CMRR | 140 dB | ||
ac CMRR | 70 dB | ||
¡@ | ¡@ | ||
Integration Time | Normal Mode Rejection[2] | ||
100 plc / 1.67 s (2 s) | 60 dB[3] | ||
10 plc / 167 ms (200 ms) | 60 dB[3] | ||
1 plc / 16.7 ms (20 ms) | 60 dB | ||
<1 plc / 3 ms or 800 µs | 0 dB | ||
¡@ | ¡@ | ||
Operating Characteristics[4] | |||
Function |
|
||
dcV, dcI, and |
|
||
Resistance |
|
||
¡@ |
|
||
¡@ |
|
||
¡@ |
|
||
acV, acI |
|
||
¡@ |
|
||
¡@ |
|
||
¡@ |
|
||
Frequency or Period |
|
||
¡@ |
|
||
¡@ |
|
||
¡@ | ¡@ | ||
System Speeds[6] | |||
Configuration Rates | 26/s to 50/s | ||
Autorange Rate (dc Volts) | >30/s | ||
ASCII readings to RS-232 | 55/s | ||
ASCII readings to GPIB 1000/s | 1000/s | ||
Max. Ext. Trig. Rate to Memory | 1000/s | ||
¡@ | ¡@ | ||
Triggering and Memory | |||
Reading HOLD Sensitivity | 10%, 1%, 0.1%,or 0.01% of range | ||
Samples/ trigger | 1 to 50,000 | ||
Trigger Delay | 0 to 3600 s: 10 µs step size | ||
External Trigger Delay | < 1 ms | ||
External Trigger Jitter | < 500 µs | ||
Memory | 512 readings | ||
¡@ | ¡@ | ||
Math Functions | |||
NULL, Min/Max/Average, dBm, dB, Limit Test (with TTL output) | |||
¡@ | ¡@ | ||
Standard Programming Languages | |||
SCPI (IEEE-488.2), Agilent 3478A, Fluke 8840A/42A | |||
¡@ | ¡@ | ||
Accessories Included | |||
Test Lead Kit with
probe, alligator, and grabber attachments. Operating Manual, Service
Manual, test report, |
|||
¡@ | ¡@ | ||
General Specifications | |||
Power Supply | 100 V/120 V/220 V/ 240 V ¡Ó10% | ||
Power Line Frequency | 45 Hz to 66 Hz and 360 Hz to 440 Hz Automatically sensed at power-on | ||
Power Consumption | 25 VA peak (10W average) | ||
Operating Environment | Full accuracy for 0¢X C to 55¢X C Full accuracy to 80% R.H. at 40¢X C | ||
Storage Environment | ¡V 40¢X C to 70¢X C | ||
Weight | 3.6 kg (8.0 Ibs) | ||
Safety | Designed to CSA, UL-1244, IEC-348 | ||
RFI and ESD | MIL-461C, FTZ 1046, FCC | ||
Vibration and Shock | MIL-T-28800E, Type III, Class 5 (Sine Only) | ||
Warranty | 3 years | ||
1 For 1k½ unbalance
in LO lead. |
|||