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Dylan Perez
dylan@liquidinstruments.com
25
Article
Last Month
Can Moku be used with Raspberry Pi?
Published April 8th, 2025 by Dylan Perez
While the Moku software and mokucli are not currently available for ARM processors, it is possible to use API commands to control your Moku. To install the Moku Python API onto the Raspberry Pi, first open up a terminal and run python -m pip install moku and wait for that to complete. Then, run moku download --fw_ver=601 (replace 601 with the
Uploading Moku Cloud Compile bitstream via app
Published April 28th, 2025 by Dylan Perez
With the release of Moku Cloud Compile (MCC), users have the ability to deploy their own custom HDL code to the FPGA onboard Moku. For more information, visit the MCC page on our website. Once the HDL is written and synthesized, the resulting downloadable file is a bitstream in .tar format. This bitstream is able to be uploaded to the FPGA via the a
Dynamic Amplitude Adjustment
Published December 13th, 2024 by Dylan Perez
The Dynamic amplitude setting in the Frequency Response Analyzer is a powerful tool that allows you to get the most accurate frequency response of your device under test (DUT). When using the frequency response analyzer, the signal going to your DUT should usually have the largest amplitude possible to ensure that you have a high resolution curve. H
Connecting to Moku via API Using Serial Number
Published January 23rd, 2025 by Dylan Perez
Using the Moku API to connect to and configure your Moku is straightforward and well documented on our API documentation site (https://apis.liquidinstruments.com). Typically, users will opt to use the IPv4 or IPv6 address of the Moku to point to the device to connect to in the script. ## This is an example of connecting to Moku using the IPv4 addre
How to convert voltage units to phase units from the Lock-In Amplifier
Published April 8th, 2025 by Dylan Perez
Liquid Instrument's Lock-In Amplifier (LIA) can recover amplitude and phase information from a low signal-to-noise ratio (SNR) signal. The LIA can recover the in-phase (X) adn quadrature (Y) component of your signal, or can be switched to polar mode which will output the amplitude (R) and phase ( Θ) of your signal. When the LIA is set to Θ mode, the
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