MSOX2004A Осциллограф смешанных сигналов: 70 МГц, 4 аналоговых и 8 цифровых каналов

You rely on your oscilloscope every day, so selecting the right one to meet your specific measurement needs and budget is an important task.

Discusses the number of channels, bandwidth, sample rates and triggering required to effectively monitor various analog and digital I/O signals in typical MCU/DSP-based embedded designs.

See how you can increase your odds of finding infrequent glitches with a high oscilloscope update rate.

Many high speed digital interfaces use multiple lanes to achieve their system's throughput requirements. Most issues associated with this can be resolved with a switching network.

This application note provides an overview of basic oscilloscope fundamentals. You will learn what an oscilloscope is and how to use oscilloscopes.

В данных рекомендациях даются некоторые полезные советы о том, как выбрать осциллограф с соответствующей полосой пропускания для цифровых и аналоговых приложений.

Make the most accurate digital measurements by learning how to evaluate oscilloscope sample rates vs. signal fidelity.

The quality of your oscilloscope’s display can make a big difference in your ability to troubleshoot your designs effectively.

Features like integrated function generators, large displays, fast update rates and mixed signal capabilities are now available in oscilloscopes to save valuable time in the design and debug process.

Tip 3: Select a scope that has sufficient acquisition memory to capture your most complex signals with high resolution.

Learn how to use an oscilloscope's segmented memory to capture a longer time span and more serial packets while still digitizing at a high sample rate.

Learn about the QA process and Six Sigma efficiency, and explore the benefits mask testing brings to the QA process for electronic signals and achieving Six Sigma quality in as little as 1.1 seconds.

This application note illustrates methods for testing components using an oscilloscope and waveform generator.