Agilent Technologies Micro Euro Nano Volt

DeTech Micro European Watch34420A

1、 Keysight desktop digital display multimeter 34420A features:1. Notice from EU customers: This non RoHS product will continue to be sold in the EU market, with product number EU34420A. If you want to inquire about quotations and orders, please contact Shide Technology2. It can perform high-sensitivity DCV and resistance measurements with a resolution of 100 pV and 100 n Ω3. Using SPRT probe for accurate temperature measurement, with an accuracy of up to 0.003 ° C4. Built in low-noise dual channel scanner5. The BenchVue software license BV0001B is now included in your instrument

Nanovolt Performance at a Microvolt PriceThe Keysight Technologies 34420A nanoVolt/micro-Ohm meter is a high-sensitivity multimeter optimizedfor low-level measurements. It combines low-noise voltage measurements with resistance andtemperature functions, setting a new standard in low-level flexibility and performance.

IIAgilent Technologies Micro Euro Nano VoltKeysight 34420A desktop digital display multimeter is a high-sensitivity multimeter suitable for low level measurement, with an overview of microvolt level prices and nanovolt level performance.

Shide Technology reduces the reading noise to 8nVpp by eliminating the uncertainty of low-level measurement with a low-noise input amplifier and a high tuning input protection scheme.

In addition, with 71/2 bit resolution, optional analog and digital filters, 2ppm 24-hour basic DCV accuracy, shielding, and copper pin connectors, you can obtain reliable, accurate, and reproducible measurement results.

The 34420A simplifies voltage comparison through a two channel programmable scanner integrated with two input channels.

The built-in ratio and difference functions enable automatic two channel measurement without the need for an external nanovolt scanner.

These two channels share the same low noise characteristics to ensure accurate comparison.

The built-in resistor and temperature measurement 34420A combine low-noise nanovolt input with a high stability current source to provide precise low-level resistance measurement, thereby avoiding the cost and complexity of external current sources.

Agilent Technologies Micro Euro Nano VoltThe three resistance modes included are: standard, low power, and limited voltage, used for solid-state circuit testing.

It also provides a bias comparison of small EMF and related errors.

Micro ohmmeter 34420A uses the built-in ITS-90 conversion routine through SPRT measurement to directly measure and convert temperature using the calibration coefficient of your SPRD probe, achieving high-precision temperature testing standards. It also supports thermocouples, thermistors, and RTDs

SPRT MeasurementsBuilt-in ITS-90 conversion routines accept the calibration coefficients from your SPRT probe for directtemperature measurement and conversion. Thermocouples, thermistors, and RTDs are also supported. Unequaled VersatilityThe 34420A gives you the versatility to tackle your most challenging tasks, both on the benchtop and inyour automated system. Standard features include RS-232 and GPIB interfaces, SCPI and Keithley 181programming language, 1024-reading memory, scaling and statistics, and a chart recorder analog output.

The dual input channel integrated dual channel programmable scanner simplifies voltage comparison.

The built-in ratio and difference functions enable automatic dual channel measurement without the need for an external nanovolt scanner. Two channels share the same low noise specification to ensure accurate comparison. The built-in resistor and temperature 34420A combine its low-noise nanovolt input circuit with a high stability current source to provide accurate low-level resistance measurement, no longer conflicting with the cost and complexity of external current sources. Including three resistance modes:

The voltage limit for standard, low-power, and dry-type circuit testing also provides offset compensation to minimize thermal EMF and related errors. S

The built-in ITS-90 conversion routine of PRT measurement accepts calibration coefficients from SPRT probes for direct temperature measurement and conversion.

It also supports thermocouples, thermistors, and RTDs.