Agilent Technologies Bench Multimeters

 Agilent 3458A 8.5 digit Digital Multimeter

 Agilent 34420A nanoVolt, Micro-Ohm Meter
 
 

Agilent 34401A Multimeter         Ordering Info

6½-digit accuracy at a 5½-digit price.

6.5 digit resolution uncovers the details that hide from other DMMs  Accuracy you can count on: 0.0015% for dc, 0.06% for ac  Perfect for your bench - more than a dozen functions one or two key presses away  True RMS AC volts and current  Perfect for your system - 1000 rdgs/sec in ASCII format across the GPIB bus  RS-232 and GPIB Standard

Before the Agilent 34401A, getting accuracy in a digital multimeter used to mean spending big. Not anymore.

For the price of a 5½-digit digital multimeter, now you can get the top-quality 6½ -digit Agilent 34401A. And you can rest easy knowing that the last measurement of the day will be as accurate as the first: 24-hour accuracy is 0.0015% for dc volts and 0.06% for ac.
 

All the measurements you expect, plus the features that make checkout on the bench easy.

Both GP-IB and RS-232 interfaces are standard, for simple connectivity.

One or two button pushes give you a wide array of functions, from dc volts to frequency to dB and dBm. Advanced tests include limit checks that can drive a TTL output, min/max/avg readouts and dc voltage ratios.

Standard Commands for Programmable Instruments (SCPI) as well as Agilent 3478A and Fluke 8840/8842A command languages are built in, so you won't have to rewrite your existing test software.

Agilent 3458A Digital Multimeter, 8.5 Digit         Ordering Info

Math/statistics  20 kB memory  Self-adjusting autocalibration  dc Volts  100 mV to 1000 V ranges  10 nV sensitivity  0.05 ppm transfer accuracy  ac Volts  10mV to 1000V ranges  Analog, random and subsampled modes  0.002 ppm transfer accuracy  Ohms  10 Ohms to 1 GOhm ranges  2- and 4-wire with offset compensation

The Agilent 3458A, offers up to 8.5 digits of measurement resolution and 0.1 part per million transfer accuracy

The Agilent 3458A Multimeter shatters long-standing performance barriers of speed and accuracy on the production test floor, in R&D, and in the calibration lab.  The Agilent 3458A is simply the fastest, most flexible, and most accurate multimeter ever offered by Agilent Technologies.  In your system or on the bench, the Agilent 3458A saves you time and money with unprecedented test system throughput and accuracy, seven function measurement flexibility, and low cost of ownership. 

Select a reading rate of 100,000 readings per second for maximal test throughput or achieve highest levels of precision with up to 8.5 digits of measurement resolution and 0.1 part per million transfer accuracy.  Add this to the Agilent 3458A's simplicity of operation, and you have the ideal multimeter for your most demanding applications. 

Agilent 34420A nanoVolt, micro-Ohm Meter         Ordering Info

7 ½ digits resolution  100 pV / 100 nOhm sensitivity  1.3 nVrms / 8 nVpp noise performance  Built-in low noise 2 channel scanners  3 low power, dry circuit testing built-in resistance functions  Direct SPRT, RTD, Thermistor, and Thermocouple measurements

The Agilent 34420A, offers 100 pV / 100 nOhm sensitivity

The Agilent 34420A nanoVolt/micro-Ohm meter is a high-sensitivity multimeter optimized for performing low-level measurements.  It combines low-noise voltage measurements with resistance and temperature functions, setting a new standard in low-level flexibility and performance. 

PC Connectivity Software 

IntuiLink, free PC connectivity software for many of Agilent's leading instrument families, provides direct access from your PC applications to the instruments that set up and take measurements. IntuiLink lets you spend less time struggling with instrument data, and more time using it, analyzing it, putting it to work. IntuiLink's PC Application toolbar allows you to easily transfer measurement data and images into your familiar PC applications like Microsoft Office Excel and Word, with little or no programming. The ActiveX control feature allows you to control instruments from your PC, providing built-in routines for simple test system automation that streamline repetitive or complex tasks. Integration between instruments and key PC applications has never been tighter.