These code examples are a good place to start learning how to work with your DMM6500 Digital Multimeter System over a remote interface.
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Applying Limits and Enhancing User Feeback
Python script demonstrating the use of applying limits and updating the user screen on touchcreen series DMMs -
Basic Measurements
TSP scripts for various examples of basic measurement acquisition, i.e. 4-Wire Resistance, Temperature, Voltage -
Grading and Binning Resistors
Application note and TSP code demonstrating how to use the DMM6500 to perform benchtop binning operations -
Measuring 4-Wire Resistance with OCOMP
Application note and TSP code for measuring 4-Wire resistance with the DMM6500's Offset Compensated Ohms method functionality. -
Measuring DC Voltage with High Accuracy
Application note and TSP code for performing high accuracy voltage measurements, useful for metrology laboratories. -
Measuring Power Using Digitizing
Application note and TSP code for Power Measurements using Digitizer functions. The note demonstarates the configuration of two DMM6500 instruments to use TSP-Link to measure power consumed by a Bluetooth low energy (BLE) device. -
Scanning Temperature to USB
Application note and TSP code demonstrating how to log temperature measurements from multiple scan card channels at 1rdg/s for 24 hours. The data is saved to a flash drive. -
Streaming Examples
Automation examples to collect and stream readings back to the controlling PC. Includes an example for streaming as well as digitizing on two TSP-Linked DMM6500s. -
TSP-Link Examples
Example to configure two DMM6500 instruments to use TSP-Link to measure the power consumed by a Bluetooth (R) low energy (BLE) device -
Upload and Execute a Test Sequence to the Series 2260B Power Supply
Python and TSP code to execute a test sequence defined by a CSV file. CSV files included. -
Check Burden Voltage
TSP examples to check voltage drop on selected current range of max current in default buffer. -
Linear Conversion
TSP code to calculate the two constants, m and b of the linear conversion, apply them as a math operation and set unit Y = m.X+b -
Save Measurement
TSP code to save defbuffer1 + basic statistics to USB flash drive.