Wir denken, das dies die Seite ist, die Sie sehen wollten.. Stattdessen Suchergebnisse ansehen:

Highlights

Setting New Standards for Uncompromising Performance with Truevolt Bench Multimeter

Truevolt digital multimeters (34460A, 34461A, 34465A, 34470A) enable you to get quick insights, measure low-power devices, and maintain calibrated measurements with Keysight’s new patented technology. Truevolt offers a full range of measurement capabilities with higher levels of accuracy, linearity, speed, and resolution.

  • Histogram, bar, and trend charts on color graphical display ease monitoring and speed up statistical analysis.
  • Auto-calibration feature maintains measurement accuracy throughout the day, delivering products your customers can trust.
  • Your instrument includes a BenchVue software license (BV0001B).
  • Digitizing and advanced triggering are included for 34465A and 34470A.
  • Test low-power devices with 1 microamp range and picoamp resolution.
  • Truevolt technology helps you measure with greater accuracy, lower noise, and lower measurement error.

PathWave BenchVue Digital Multimeter Software

BV0001B PathWave BenchVue Digital Multimeter App
Download Now
Free Trial

Remotely control your digital multimeters to quickly understand your measurements to optimize testing.

  • Connect, control, display measurements, charts, tables, or histograms to correlate trends you might otherwise miss.
  • Control multiple digital multimeters through the cloud.
  • Visualize multiple types of instrument measurements simultaneously.
  • Create automated test sequences quickly with minimal instrument knowledge.
  • Receive KeysightCare software support subscription and license with each new instrument purchase.

Measure with Unquestioned Truevolt Confidence

  • Truevolt overcomes challenges of modern measurement capabilities such as mixed analog and digital signals, very low power consumption management system, and multiple types of sensors.
  • Keysight's Truevolt digital multimeters (DMMs) address these challenges with modern measurement capabilities that offer minimum measurement intrusiveness.
  • Truevolt DMMs have the smallest noise level and injected current of any DMMs in the industry.
  • Truevolt comes with advanced triggering and digitizing capabilities that help capture fast signals that other DMMs might miss.
Truevolt digital multimeters (DMMs)

Key Specifications

Max Reading Speed

50,000 readings/s

Max Resolution

7.5 digits

Max Memory

2,000,000 readings

Basic 1-Yr DCV Accuracy

0.0075% to 0.0016%

Measurement Functions

8

Want to see more specifications?

View Data Sheet

Find the Model that is Right for You

Vorsch.
34460A
6.5 digit basic Truevolt DMM with patented Truevolt technology for greater accuracy and quicker measurement insights 
Ab  
Digits of Resolution: 6 ½
Basic 1-Year DCV Accuracy: 0.0075%
34461A
6.5 digit Truevolt DMM with patented Truevolt technology for greater accuracy and quicker measurement insights. Replacement for model 34401A. 
Ab  
Digits of Resolution: 6 ½
Basic 1-Year DCV Accuracy: 0.0035%
34465A
6.5 digit Truevolt DMM with patented Truevolt technology for greater accuracy and quicker measurement insights. Replacement for models 34410A/34411A. 
Ab  
Digits of Resolution: 6 ½
Basic 1-Year DCV Accuracy: 0.0030%
34470A
7.5 digit Truevolt DMM with patented Truevolt technology for greater accuracy and measurement insights. 16ppm basic DCV accuracy, 50K readings/s. 
Ab  
Digits of Resolution: 7 ½
Basic 1-Year DCV Accuracy: 0.0016%
ellipsis
Alle Modell anzeigen und vergleichen
Weiter
View Brochure

Extend the Capabilities

Zubehör
Gesamtes Zubehör ansehen
Services
Alle Services ansehen
Unterstützung
Gesamten Support ansehen

Featured Resources

Application Notes 2022.06.26

Data Logging and Digitizing with a Digital Multimeter (DMM) — It’s About Time!

Data Logging and Digitizing with a Digital Multimeter (DMM) — It’s About Time!

Now -- data logging and digitizing optimized in a DMM for optimized front panel operation rathern than remote programming and data transfer.

2022.06.26

Application Notes 2022.09.28

Reliable EVs Battery Test Using Digital Multimeters

Reliable EVs Battery Test Using Digital Multimeters

Digital multimeters are one of the most overlooked workhorse testing tools across industries. With more electrical components and self-driving features being added to cars, digital multimeters are used in all of the manufacturing processes in the automotive industry.  This application note describes the use cases of battery cell testing for energy storage in automotive applications, particularly for EV battery manufacturers that rely on digital multimeters. Read this application note and learn about key digital multimeter criteria to perform open circuit tests, short circuit tests, and make temperature test measurements for the manufacturing process of electric vehicle batteries.

2022.09.28

Application Notes 2019.06.25

Digital Multimeter 34461A vs 34401A

Digital Multimeter 34461A vs 34401A

Migration from the 33401A to the 33461A DMM does not require rewrite programs or spend hours learning a brand-new, complicated interface. Learn more.

2019.06.25

Technical Overviews 2017.11.30

Compatibility & Differences: 34465A & 34410A/34411A/L4411A Digital Multimeters

Compatibility & Differences: 34465A & 34410A/34411A/L4411A Digital Multimeters

This technical overview provides a comparison of the 34410A/34411A/L4411A digital multimeters and their replacement, the 34465A Truevolt Series digital multimeter.

2017.11.30

Product Fact Sheets 2020.10.07

Truevolt DMMs: 34460A, 34461A, 34465A, 34470A

Truevolt DMMs: 34460A, 34461A, 34465A, 34470A

Product summary with key specifications and ordering information for the Truevolt Series DMMs.

2020.10.07

Catalogs 2023.01.18

Keysight Basic Instruments January 2023 – March 2023

Keysight Basic Instruments January 2023 – March 2023

This catalog contains Keysight Basic Instruments through March 2023 and features the new E36150 Series as well as limited-time offers.

2023.01.18

White Papers 2020.04.01

Autocalibration Improves DMM Measurement Stability and Accuracy

Autocalibration Improves DMM Measurement Stability and Accuracy

Accurate measurements using a benchtop or a system DMM are critical to most applications. However, DMMs in real-life environments require self-calibration to ensure its measurements are consistently accurate over time including the ambient temperature changes. Learn more about how autocalibration improves DMM measurement stability and accuracy.

2020.04.01

White Papers 2018.12.05

Sensor Measurements Using a Digital Multimeter

Sensor Measurements Using a Digital Multimeter

Learn how to measure key parameters that are important in sensor measurement using a digital multimeter. Discover DMM solutions to key sensor challenges.

2018.12.05

White Papers 2023.01.03

Measuring Low Current Consumption with a Digital Multimeter

Measuring Low Current Consumption with a Digital Multimeter

One of the essential functions a digital multimeter (DMM) has is the current measurement. New generation DMMs now have expanded current ranges that will give you better measurement resolution, allowing you to make more accurate low-current measurements.This white paper teaches how to make accurate low-level current measurements by overcoming errors due to system-related offsets and burden voltage. You will also learn to make dynamic current measurements using Keysight DMM’s digitizing measurement capability and PathWave BenchVue DMM PC application software.

2023.01.03

White Papers 2022.11.17

Understanding Measurement Accuracy Specifications for Battery Testers

Understanding Measurement Accuracy Specifications for Battery Testers

When you specify and purchase cell and battery test equipment for your R&D lab or production line, it is critical to have a thorough understanding of performance specifications. While it may be easy to state the price, the number of channels you need, and the current per channel, the accuracy of the equipment is the most critical specification. It can be challenging to specify your needs correctly. In this white paper, you will learn how to define accuracy and error in the realm of test equipment, four ways to specify accuracy, and interpret an actual error versus a specified error.

2022.11.17

Alle Ressourcen anzeigen

Alle Ressourcen anzeigen

Want help or have questions?

Contact Us