Liquid Instruments

Category: Coursework

  • Sampling Theorem

    Sampling Theorem

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    by

    joel
    in , ,

    Signal digitization is an essential step to enable digital signal processing (DSP). It converts an analog signal to discrete-time binary numbers and allows the signal to be processed with digital logic devices, such as CPUs, application-specific integrated circuits (ASIC), and field-programmable gate arrays (FPGA). To ensure the conversion process retains the maximum signal fidelity, the…

  • Bit Growth via Oversampling

    Bit Growth via Oversampling

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    by

    joel
    in ,

    Bit resolution and sampling rate are two of the most important characteristics of an analog-to-digital converter (ADC). With a higher bit resolution, the input signal can be digitized with a higher resolution and lower quantization noise. Therefore, it helps improve the overall outcome of the entire digital signal processing (DSP) workflow. Most ADCs are designed…

  • Moku:Go’s Arbitrary Waveform Generator

    Moku:Go’s Arbitrary Waveform Generator

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    joel
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    Arbitrary waveform generators are used to output specific stimulus signals for a device under test, such as detectors and communication devices. In this application note, we provide a tutorial on using Moku:Go’s Arbitrary Waveform Generator with MATLAB to generate two arbitrary waveforms with pulse and burst modulation. The MATLAB script and text file accompanying this…

  • Moku:Go’s I-V Curve Tracing

    Moku:Go’s I-V Curve Tracing

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    joel
    in ,

    Moku:Go combines 10+ lab instruments in one high-performance device. This application note uses Moku:Go’s Oscilloscope and its integrated waveform generator to investigate the forward bias behavior of a diode. Moku:Go Moku:Go combines 10+ lab instruments in one high performance device, with 2 analog inputs, 2 analog outputs, 16 digital I/O pins and optional integrated power…

  • Overview of Butterworth filter lab

    Overview of Butterworth filter lab

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    danielle
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    Moku:Go combines 10+ lab instruments in one high-performance device. This application note discusses a typical undergraduate electronics lab exercise and how it can be effectively conducted using Moku:Go and its Windows or macOS app. Moku:Go’s programmable power supplies power the integrated circuit and the analog inputs and outputs can stimulate and characterize the circuit behavior.…

  • Moku:Go’s Spectrum Analyzer

    Moku:Go’s Spectrum Analyzer

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    danielle
    in , ,

    Moku:Go combines 10+ lab instruments in one high-performance device. This application note discusses Moku:Go’s Spectrum Analyzer and Waveform Generator and the advantages of a hybrid, swept signal spectrum analyzer. Moku:Go Moku:Go combines 10+ lab instruments in one high performance device complete with integrated power supplies. In this application note, we discuss the benefits of a…

  • Moku hardware and remote labs

    Moku hardware and remote labs

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    danielle
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    Moku:Go combines 8 lab instruments in one high-performance device with Windows and macOS apps. This application note discusses the real-world deployment of Moku hardware in an undergraduate teaching laboratory and the resulting benefits to students. Moku:Go Moku:Go combines 8 lab instruments in one high-performance device complete with integrated power supplies on M1 and M2 models.…

  • Access Your Lab from Anywhere with Moku:Lab Remote Access

    Access Your Lab from Anywhere with Moku:Lab Remote Access

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    in

  • Texas A&M Students Independently Review Moku:Lab

    Texas A&M Students Independently Review Moku:Lab

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    by

    danielle
    in ,

    Jefferson Pham, Alexa Woppman, Dr. Joseph Morgan, Professor Matthew Leonard Texas A&M University Electronic Systems Engineering Technology (ESET) Multidisciplinary Engineering Technology (MET) Overview During the height of COVID-19, Moku:Lab was shipped to two Texas A&M students for them to work with and evaluate. Working with the Oscilloscope, Waveform Generator, Frequency Response Analyzer, and Spectrum Analyzer,…