Oscilloscope

Abstract

The invention discloses an oscilloscope. The oscilloscope comprises a collection end and a display end; the collection end comprises a signal input interface module, a signal modulation module, a data collection module, a charging module and a first wireless receiving-transmitting module; the display end comprises a second wireless receiving-transmitting module, a waveform display module and a waveform control module; the charging module is respectively connected with the signal input interface module, the signal modulation module, the data collection module and the first wireless receiving-transmitting module; the signal input interface module, the signal modulation module, the data collection module and the first wireless receiving-transmitting module are sequentially connected; the first wireless receiving-transmitting module is connected with the second wireless receiving-transmitting module in a wireless manner; the second wireless receiving-transmitting module, the waveform display module and the waveform control module are sequentially connected.

Description

technical field [0001] The present invention relates to oscilloscope technology, in particular to an oscilloscope. Background technique [0002] As an electronic measuring instrument, the oscilloscope is especially commonly used in the research and development and maintenance of various electronic products. Although the traditional oscilloscope has complete functions, it also has serious defects such as large size, high price, and high cost, which have various restrictions on personal development or engineers going out for maintenance. [0003] In addition, traditional oscilloscopes can only allow operators to operate and measure at close range, and cannot save waveforms and send waveform diagrams to other personnel for viewing and analysis. Furthermore, traditional oscilloscopes can only be used as oscilloscopes, and cannot also be used as signal generators, which brings a lot of inconvenience to R&D and measurement personnel. [0004] Moreover, the prior art has problems...

AI Technical Summary

Problems solved by technology

Although the traditional oscilloscope has complete functions, it also has serious defects such as large size, high price, and high cost, which have various restrictions on personal development or engineers going out for maintenance.

[0003] In addition, traditional oscilloscopes can only allow operators to operate and measure at close range, and cannot save waveforms and send waveform diagrams to other personnel for viewing and analysis

Furthermore, traditional oscilloscopes can only be used as oscilloscopes, and cannot also be used as signal generators, which brings a lot of inconvenience to R&D and measurement personnel

[0004] Moreover, there are problems such as complex structure and high energy consumption in the prior art

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