|
| ||
|
|
HP E1410A VXI 6.5-Digit Multimeter | |
![[ Summary ]](../Graphics/tab-summary.gif){kind=small}
![[ Features ]](../Graphics/tab-features.gif){kind=small}
![[ Specifications ]](../Graphics/tab-specs.gif){kind=small}
![[ Ordering ]](../Graphics/tab-ordering.gif){kind=small}
![[ Assistance ]](../Graphics/tab-assistance.gif){kind=small}
The HP E1410A 6.5-Digit Multimeter is a C-size, 1-slot, message-based VXI module. It offers DC voltage and resistance measurements at rates over 1,450 readings/s in the 3.5-digit mode or normal mode rejection of up to 90 dB in the 6.5-digit mode. You can measure true RMS AC signals from 20 Hz to 1 MHz with programmable settling times. Offset compensated ohms allows for quality resistance measurements by eliminating the effect of small series voltage offsets. Resolution, accuracy, and noises rejection may be set to optimize measurements speed. Extensive triggering is available.
Choose the resolution, accuracy, and noise rejection you need. Fast function-range changes allow you to optimize measurement speeds. For low-level signals, long integration times and the system guard yield the most accurate measurements possible. Integration times from 100 power line cycles to 0.0005 power line cycles are selectable for all functions. Resolution from 6.5 to3.5 digits is selectable as a function of integration time.
The DMM has extensive triggering capabilities, including
synchronization with external devices. You can access the external
trigger and voltmeter complete signals from the front panel or
VXIbus (TTL trigger lines).
Note: Configuration software that allows you to easily select
compatible interfaces, controller platforms, and VXI test system
components is available on CD ROM. Order the
"Test System
and VXI Products Catalog and CD ROM" from
the Test & Measurement Catalogs available on this web site.
Reading Rate/Resolution
Auto zero off, fixed range, delay 0, AC slow filter on, and offset compensation off. Aperture 2.0 s 1.67 s 200 ms 167 ms 20 ms 16.7 ms 2.0 ms 1.67 ms 100 µs 10 µs Typical Reading Rates (rdgs/s) DC Voltage 0.4 0.49 4.0 4.9 47 56 312 360 1250 1450 Four-wire resistance 0.4 0.49 4.0 4.9 47 56 312 360 1250 1450 AC Voltage 0.17 0.2 0.65 0.7 1.0 1.0 1.0 1.0 1.0 1.0 Resolution (bits/digits) Binary bits ±21.5 ±21.5 ±21.5 ±21.5 ±21.5 ±21.5 ±18.2 ±18.2 ±14.9 ±11.5 Decimal digits 6.5 6.5 6.5 6.5 6.5 6.5 5.5 5.5 4.5 3.5
Noise Rejection (dB)
Noise Rejection Conditions: 1 kOhm imbalance in low lead. NMR is for specified frequencies ± 0.08%. DC Voltage & Resistance DC Common mode rejection 140 dB 140 dB 140 dB 140 dB 140 dB 140 dB 140 dB 140 dB 140 dB 140 dB 50Hz Power line cycles 100 -- 10 -- 1 -- -- -- -- -- Normal mode (50Hz) rejection 90 dB 0dB 80 dB 0 dB 60 dB 0 dB 0 dB 0 dB 0 dB 0 dB 60Hz Power line cycles -- 100 -- 10 -- 1 -- -- -- -- Normal mode (60Hz) rejection 0 dB 90 dB 0 dB 80 dB 0 dB 60 dB 0 dB 0 dB 0 dB 0 dB 400Hz Power line cycles 800 -- 80 -- 8 -- -- -- -- -- Normal mode (400Hz) rejection 90 dB 0 dB 80 dB 0 dB 60 dB 0 dB 0 dB 0 dB 0 dB 0 dB AC Voltage DC to 60Hz Common mode rejection>86 dB >86 dB >86 dB >86 dB >86 dB >86 dB >86 dB >86 dB >86 dB >86 dB
DC Voltage Resolution/Accuracy
Accuracy Conditions: Auto-zero on. One hour warmup. Temperature within ±5°C of temperature at calibration (module calibrated at 18-28°C). Range Input Resistance Resolution vs Aperture (Volts) 90-Day Accuracy vs Aperture ± (% of Rdg + Volts) 20/16.7 ms 10 µs 20/16.7 ms 10 µs 30 mV >10 GOhm 10 nV 10 µV 0.0040% + 3.9 µV 0.0040% + 60 µV 300 mV >10 GOhm 100 nV 100 µV 0.0025% + 4.0 µV 0.0025% + 400 µV 3 V >10 GOhm 1 µV 1 mV 0.0017% + 9.0 µV 0.0017% + 4.0 mV 30 V 10 MOhm ±1% 10 µV 10 mV 0.0035% + 200 µV 0.0035% + 40 mV 300 V 10 MOhm ±1% 100 µV 100 mV 0.0063% + 700 µV 0.0050% + 400 mV
Four-Wire Resistance
Accuracy conditions: Auto-zero on, one hour warmup. On 300 MOhm and 3 GOhm ranges, specification applies to two-wire Ohm only, with inputs >10% of full scale and within 24 hrs of internal calibration. Temperature within ±5 °C of temperature at calibration (module calibrated at 18-28 °C). Source Maximum Open 90-Day Accuracy vs Aperture Range Current Circuit Voltage Resolution vs Aperture ± (% of Reading +Ohm) 20/16.7 ms 10 µs 20/16.7 ms 10 µs 30 Ohm 1 mA 12 V 10 µOhm 10 mOhm 0.0065% + 4.5 mOhm 0.0065% + 60 mOhm 300 Ohm 1 mA 12 V 100 µOhm 100 mOhm 0.0045% + 4.5 mOhm 0.0045% + 400 mOhm 3 kOhm 1 mA 12 V 1 mOhm 1 Ohm 0.0035% + 7 mOhm 0.0035% + 4 Ohm 30 kOhm 100 µA 12 V 10 mOhm 10 Ohm 0.0035% + 70 mOhm 0.0035% + 40 Ohm 300 kOhm 10 µA 12 V 100 mOhm 100 Ohm 0.0040% + 900 mOhm 0.0040% + 400 Ohm 3 MOhm 1 µA 12 V 1 Ohm 1 kOhm 0.0055% + 16 Ohm 0.0055% + 5 kOhm 30 MOhm 100 nA 8.5 V 10 Ohm 10 kOhm 0.0250% + 930 Ohm 0.0250% + 50 kOhm 300 MOhm 100 nA 8.5 V 100 Ohm 100 kOhm 1.6% + 100 kOhm not specified 3 GOhm 100 nA 8.5 V 1 kOhm 1 MOhm 16% + 1 MOhm not specified
True RMS AC Voltage (AC coupled)
Crest Factor: 3.5 at full scale. Accuracy Conditions: Sine wave inputs >10% of full scale. DC component <10% of AC component. AC slow filter on. Auto-zero on. One hour warmup. Temperature within ±5 °C of temperature at calibration (module calibrated at 18-28 °C). 90-Day Accuracy Range Input Resolution ± (% of Reading + Volts) (RMS) Impedance Aperture = 20/16.7 ms Frequency Aperture = 20/16.7 ms 30 mV 1 MOhm ±1% 10 nV 20 Hz-45 Hz 0.58% + 37.3 µV <90 pF 45-100 Hz 0.23% + 37.3 µV 100 Hz-20 kHz 0.15% + 37.3 µV 20-100 kHz 0.68% + 47.1 µV 100-300 kHz 3.35% + 123 µV 300 kHz-1 MHz 10.35% + 691 µV -------------------------------------------------------------------------------------- 300 mV 1 MOhm ±1%, 100 nV 20-45 Hz 0.58% + 133 µV < 90 pF 45-100 Hz 0.23% + 133 µV 100 Hz-20 kHz 0.15% + 133 µV 20-100 kHz 0.68% + 231 µV 100-300 kHz 3.35% + 991 µV 300 kHz-1 MHz 10.35% + 6.67 mV -------------------------------------------------------------------------------------- 3 V 1 MOhm ±1%, 1 µV 20-45 Hz 0.58% + 1.33 mV < 90 pF 45-100 Hz 0.23% + 1.33 mV 100 Hz-20 kHz 0.15% + 1.33 mV 20-100 kHz 0.68% + 2.31 mV 100-300 kHz 3.35% + 9.91 mV 300 kHz-1 MHz 10.35% + 66.7 mV -------------------------------------------------------------------------------------- 30 V 1 MOhm ±1%, 10 µV 20-45 Hz 0.58% + 13.3 mV < 90 pF 45-100 Hz 0.23% + 13.3 mV 100 Hz-20 kHz 0.15% + 13.3 mV 20-100 kHz 0.68% + 23.1 mV 100-300 kHz 3.35% + 99.1 mV 300 kHz-1 MHz 10.35% + 667 mV -------------------------------------------------------------------------------------- 300 V 1 MOhm ±1%, 100 µV 20-45 Hz 0.64% + 133 mV < 90 pF 45-100 Hz 0.29% + 133 mV 100 Hz-20 kHz 0.21% + 133 mV 20-100 kHz 1.08% + 390 mV 100-1 MHz not specified
Frequency and Period
Sensitivity (sinewave): 10 mV rms Trigger level: Triggers and counts on zero crossings Conditions: 0-55 °C. Frequency Period 1-Yr. Accuracy Range Range ± (% of Reading) 10-400 Hz 0.1-0.025 s 0.05% 400 Hz-1.5 MHz 0.025 s-667 ns 0.01%
Timing/Synchronization
Timer/pacer: Timer range: 600 µs to 2100 s Resolution: 1.0 µs Programmable delay: Delay range: 0 to 2100 s Resolution: 1.0 µs External trigger: Trigger condition (programmable): negative or positive edge Minimum pulse width: 10 ns
Memory
Reading storage: 4,096 readings Multimeter state memory: 10 states
VXI Characteristics
VXI device type: Message-based Data transfer bus: Not Specified Size: C Slots: 1 Connectors: P1/P2 Shared memory: Yes VXI busses: TTL Trigger Bus C-size compatibility: YesInstrument Drivers
Click here for driver availability and downloading.Command module firmware: n/a Command module firmware rev: n/a I-SCPI Win 3.1: n/a I-SCPI Series 700: n/a C-SCPI LynxOS: n/a C-SCPI Series 700: n/a HP VEE Drivers: Yes VXIplug&playWin Framework: Yes VXIplug&play Win95/NT Framework: No VXIplug&play HP-UX Framework: No (not available at time of publication)
Module Current
IPM IDM +5 V: 1 0.1 +12 V: 0.5 0.15
Cooling/Slot
Watt/slot: 11.00 deltaP mm H2O: 0.15 Air flow liter/s: 0.92
HP E1410A VXI 6.5-Digit Multimeter Opt 0B3 Service manual Opt 1BP Mil std 45662A calibration with test data Opt ABJ Japan - Japanese localization Opt W01 3-yr. return to HP to 1-yr. on-site warrantyHP E1410A Technical Specifications Datasheet
| If you do not have the Adobe Acrobat Reader necessary for viewing this documentation, download your Free Acrobat Reader now. |
|
To help you make the
right instrument choices
Page Updated: Thursday June 19 16:15:46 UTC 1997