Digital Oscillograph

Design Introduction The digital storage oscillograph uses a microprocessor for control and data proccesing. It performs a variety of functions that simulation oscillographs cannot, such as leading triggering, combined triggering, burr capture, wave processing, hard-copy export, soft-disk recording, and long-term waveform storage. Typically, the digital storage oscillograph’s bandwidth exceeds 1 GHz and the performance is higher than simulation oscillographs in many aspects. With high performance and a large application scope, developing a good digital storage oscillograph is important.