oscilloscope Chinese version
3.1
The oscilloscope is a software that can truly understand sound waves. It uses the microphone of the mobile phone to analyze, accurately control, and control data analysis in real time to meet your needs. More content is available to us.
1. Comprehensive content: All content is waiting for you to view, and new measurements are completed, suitable for the daily life of the majority of users.
2. Function updates: Update function levels from time to time to enhance the speed of testing, reduce our waiting time, and make it more accurate.
3. Rich data: Set up each software according to your needs, diversified operation modes, and get started anytime and anywhere.
The fluorescent screen of a single-beam oscilloscope displays two or more signal waveforms of the same frequency at the same time, allowing a more intuitive understanding of sound changes. The spectrum can also be viewed at any time with a mobile phone. There is no usage fee, and users can see the ups and downs of the railway.
1. Name according to the time and date of audio collection, which can be accurate to the number of minutes collected, and adjust the waveform display method according to your own preferences and needs.
2. Display multiple waveforms of the same frequency signal, and can be converted into different structures and parameters of various software, and use the mobile phone microphone to sense sound waves.
3. Analog to a digital oscilloscope, which can observe and analyze sound waveforms. Users can choose to use it on different devices to obtain wider applicability.
-Audio waveform simulation display function, users can view audio waveforms through the mobile phone screen, and can perceive and display the frequency of sound waves.
-Observing the characteristics and changes of audio waveforms is both interesting and practical. Use software to observe the changes of sound waves and understand the amplitude of different sound waves.
-Analyze and monitor waveforms, users can observe changes in sound waveforms and get real-time analysis results, intuitively understanding the situation of sound waves.
