Recycling and selling Agilent Nanovoltmeter 34420A Keysight 34420A | Microohmmeter

Recycling and sales of Agilent nanovoltmeters Keysight | Microohmmeter
Dongguan Rongxin Instrument Recycling Co., Ltd.
Contact Mr. Chen (Manager)
Mobile phone
Email@
Address: No. Tangxia Avenue, Tangxia Town, Dongguan City, Guangdong Province
Our company has long-term recycling and sales of world-famous brands such as multi-purpose oscillators, network analyzers, spectrum analyzers, signal generators, testers, bridge power supplies, comprehensive tester cards, etc. product.
Recycling hotline Mr. Chen
Welcome to call for consultation
>Detailed information
Detailed introduction of nanovolt/microohmmeter
Nanovolt/microohmmeter sound/ , sensitivity two-channel programmable voltage input differential and ratio functions/bit resolution to range and language direct, , thermistor, thermocouple temperature measurement sets new price/performance standards with low-level measurement capabilities, nanovolts/microohms The noise performance of the meter is an order of magnitude better than previous products.
Accurate and repeatable low-level measurements Basic DC accuracy of shielded copper threaded push-down connectors/Bit-to-Analog/Digital converters and new measurement algorithms, all of which make it possible to provide Normal mode suppression, giving the instrument the ability to make accurate and repeatable low-level measurements.
A low-noise input amplifier and highly tuned input protection circuitry result in low noise readings, and long integration times further improve noise performance. Unusual Features The two inputs can usually be used independently for voltage measurements, or they can be mathematically combined for differential and ratiometric measurements. Ohms measurements combine low noise input circuitry with a highly stable current source to provide outstanding low resistance measurements. Offset compensation is used to eliminate the influence of stray thermal electromotive force, which may cause measurement errors.
Low power ohmic and low voltage resistance measurement capabilities allow for repeated measurements where low voltage is required to avoid oxidation breakdown. The instrument also has a wide range of temperature measurement capabilities, providing support for thermocouples and thermistor temperature sensors. Mathematical functions improve measurement capabilities Mathematical functions, such as , and , conveniently capture minimum and maximum readings and provide average and standard deviation scaled measurement results, making it easier to measure your input signal characteristics. It is also possible to store up to multiple readings to internal memory.
Versatility You will find that it is very capable for your desktop or system applications. Designed with console users in mind, the front panel operation is simple and intuitive. For system applications, both interface standards are included and use standard commands for programmable instruments, which ensures current and future compatibility. Also responds to commands for femtovoltmeters. Brief technical indicators Accuracy indicators (reading + range)
Establishing a new cost-effective standard with low-level measurement capabilities