DMM6500 6½-Digit Graphical Touchscreen Digital Multimeter

A wider range of measurements

Get 15 built-in measurement functions, including digitizing, capacitance, and temperature. Make low current and low resistance measurements on low-power devices. Capture transient signals with the built-in digitizer. See two measurements simultaneously to maximize test data. The DMM6500 eliminates the need for additional instruments.

Stream and log data to secure cloud-based data visualizations

Now you can stream data from your DMM6500 and create real-time IoT dashboards and anywhere-accessible data visualizations

Highlights

• Monitor and log data streams directly from the DMM6500 in real-time and from anywhere - with no PC-in-the-middle required.
• Get e-Mail and text alerts using triggers based on measurement thresholds and other mathematical rules.
• Access, visualize, archive, share, transform, and analyze current and historical data from anywhere - no install required.
• Create dashboards for standardization, repeatability, and readability.
• Overlay, time-dilate, and compare data sets across test runs.

Greater production test throughput and lower cost of test

Highlights

• Make measurements as short as 0.0005 power line cycles or 8.3 µs (10 µs) for 60 Hz (50 Hz) power lines.
• Use on-instrument, intelligent, command and control processing to reduce PC communication for reduced test time.

No need to write new code while upgrading

Get code emulation for popular Keithley and competitive DMMs allowing you quick and easy code conversion and faster upgrade.

Capture and analyze complex waveforms and transient signals

The DMM6500 can do more than just provide readings on the display. It can also plot a waveform captured with its digitizer. Using the touchscreen, sections of the waveform can be expanded using pinch and zoom functionality. In addition, cursors and statistics provide further detail on the characteristics of the signal. Capture waveforms and transients with:

• 1Msample/s, 16-bit digitizer.
• Pinch and zoom manipulation of a signal.
• Statistics, such as average, maximum value, minimum value, and standard deviation on signal segments defined by horizontal and vertical cursors.

Measure cable and connector resistance with high sensitivity and excellent accuracy

Measurement of low resistance requires good techniques to eliminate thermal errors and test lead resistance. With the DMM6500 you can:

• Measure with 1 µΩ sensitivity.
• Use the 4-wire resistance measurement function to eliminate test lead error.
• Use offset compensation to eliminate thermal contact error.