Virtual Oscilloscope, OSC482L USB PC Portable Virtual Oscilloscope 20MHz Bandwidth with 4 Channel Logic Analyzer

Product Information

This is a popular and premium oscilloscope software. This oscilloscope software has lots of features and tools which helps with signal spectra analyser. Users will discover extensive tools to view signal data. Users will also know the values of various parameters, measure frequency, apply filters. It works like a real oscilloscope, and most controls will be familiar to anyone who has used a hardware oscilloscope.

By activating a stabilization algorithm, you can view individual waveforms and oscillations in waveform mode.

Figure 5. A single-channel sine wave output; one signal generator output: 10 Hz, 2 V p-p. 2-Channel Virtual Oscilloscope Users can also change the spectra plot parameters to view and analyze real-time signal spectra carefully. The channel amplitude for both channels can be set separately or both channels can be synced for common channel amplitude. The spectrum analyzer above gives us a graph of all the frequencies that are present in a sound recording at a given time. However, we need help to achieve all this. Your contribution serves as a driving force for this prestigious cause. It enables us to continue giving science enthusiasts and experts worldwide valuable resources, instructional materials, and technical assistance. The goal of s(M)exoscope is to provide a low-latency, high-performance oscilloscope with a clean and modern UI.

Create update_offset function and register it to the offset_slider object. This function adds offset to the waveform every time we change the value of the slider. Figure 4. An actual setup with a signal generator and ADALM2000. Table 1. Pin Configuration Signal Generator Virtual Oscilloscope is an application, that helps to make first steps in operating an oscilloscope. A major benefit is that it eliminates any human error due to misreading or mishearing audio signals.

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A traditional oscilloscope displays voltage and time, which can be used to measure the frequencies of waves, impulses, and other periodic phenomena. With this simulation, which is rich in controls and visuals, the learner can observe and practice measuring the phase difference between two waveforms on the oscilloscope. She can also determine the speed of sound in air. And with the proper instructional methodologies, the instructor will be able to empower the sense of discovery in the learners and introduce the concept of synchronization of sound waves and how to measure the speed of sound in a clear and visually rich presentation and enable the learners to acquire the required learning objectives. The ADALM2000 is an active learning module that features a digital oscilloscope, function generator, logic analyzer, voltmeter, spectrum, and digital bus analyzer, along with two programmable power supplies. For basic users or students, Scopy can be used to interface with the ADALM2000. For application developers, an application interface can be developed using the libm2k library. There is also an option for firmware developers to develop a custom software or HDL that can run directly on the ADALM2000. Get Started Installation of Python and PyCharm