Connecting to SRS 830 by Stanford Research Systems in Python
Instrument Card
SR830 Lock-In Amplifier provide high performance at a reasonable cost. The SR830 simultaneously displays the magnitude and phase of a signal
Device Specification: here
Manufacturer card: STANFORD RESEARCH SYSTEMS
Stanford Research Systems is a maker of general test and measurement instruments. The company was founded in 1980, is privately held, and is not affiliated with Stanford University. Stanford Research Systems manufactures all of their products at their Sunnyvale, California facility.
- Headquarters: Sunnyvale, California
- Yearly Revenue (millions, USD): 24.9
- Vendor Website: here
Connect to the SRS 830 in Python
Read our guide for turning Python scripts into Flojoy nodes.
PROTOCOLS > SCPI
To connect to a SRS 830 Lock-In Amplifier using Instrumentkit, you can use the following code:
import instrumentkit as ik
# Connect to the lock-in amplifiersrs = ik.srs.SRS830.open_gpibusb('/dev/ttyUSB0', 1)
# Set the lock-in frequencysrs.frequency = 1000 * ik.units.hertz
# Take a measurement with a sample rate of 1Hz and 10 samplesdata = srs.take_measurement(1, 10)This code imports the instrumentkit library and uses the open_gpibusb method from the ik.srs.SRS830 module to connect to the lock-in amplifier. The open_gpibusb method takes the device path ('/dev/ttyUSB0') and the GPIB address (1) as arguments.
Once connected, you can set the lock-in frequency using the frequency property of the srs object. In this example, the frequency is set to 1000 Hz.
Finally, you can use the take_measurement method of the srs object to take a measurement. This method takes the sample rate (1 Hz) and the number of samples (10) as arguments and returns the measurement data.