Agilent Technologies: 34410A/34411A 6½ Digit High Performance Digital Multimeters

Overview

The Agilent 34410A34410A and 34411A34411A 6½-Digit DMMs represent the latest generation of multimeters from Agilent Technologies. Building on the phenomenal success of the industry-standard Agilent 34401A, these new meters offer improved accuracy, expanded measurement capability, dramatically improved measurement speed and throughput, and modern computer interfaces including LAN and USB. The dual display offers both dual measurement capabilities and ease of use when setting up and configuring the DMM. Improvements have been made in every facet of the 34401A to make the best even better, whether you use it on the bench or in a system.

Dramatic Speed Improvements

Using a new A/D technology, the 34410A34410A achieves an impressive 10,000 readings a second at 5½-digits, and can stream readings to your computer at this same speed! Triggering is fast and precise, while bus query response is less than 500 μs. ACV measurements are faster as well thanks to a digital measurement technique that additionally improves accuracy at high and low frequencies. For even greater reading speeds, select the 34411A34411A, which achieves 50,000 readings a second at 4½-digits.

Enhanced Measurement Performance

The 34410A34410A and 34411A34411A offer Temperature and Capacitance capabilities, in addition to those measurements you have come to expect, such as DCV, ACV, DCI, ACI, 2-wire and 4-wire Resistance, Frequency, Period, Continuity and Diode Test. Real-time math and statistics are included, and a peak-detect capability allows you to capture peaks as short as 20 μs.

Even Greater Performance

The 34411A34411A has all the features of the 34410A34410A, plus additional performance that makes it even more powerful. With the ability to make 50,000 readings per second at 41/2-digits, Analog Level Triggering, programmable Pre- and Post-Trigger and 1 million readings of volatile memory in addition to 50,000 reading of non-volatile memory, you now have the ability to capture low-frequency waveforms, characterize device performance and transfer results for analysis on your computer.

Key Applications: Automated test applications, ATE systems in R&D, design validation, and manufacturing.