YUSHI PR10 Ultrasonic Pulse Generator Receiver

Product Introduction
The PR10 developed and produced by Shenyang Yushi Pioneer is a computer-controlled ultrasonic pulse generator and receiver with excellent performance. It is used to connect ultrasonic probes and oscilloscopes, assisting in ultrasonic flaw detection, thickness measurement, probe testing, etc., and has a wide range of applications in non-destructive testing, material analysis, and other fields.
The pulse generator and receiver includes a control program software based on the Windows platform, allowing users to select trigger sources, emission voltage, repetition frequency, and pulse width. It can also switch between single/dual crystal modes, adjust damping and gain, to meet different user needs. Users can also develop application software independently using the open SDK software development kit under various mainstream Windows systems.

Replacing traditional pulse generators and receivers
The PR10 ultrasonic pulse generator and receiver developed and produced by Shenyang Yushi Pioneer according to customer needs has a size of 14cm*8.8cm*3cm, is compact and lightweight, easy to operate, fully functional, and reliable in performance. User feedback after use is very positive, as it can meet their needs well and completely replace imported traditional transmitting and receiving devices. At the same time, it allows users to enjoy an economical price while pursuing high-performance products, reducing costs for the using units.

Control program software for Windows platform
The control software for the ultrasonic pulse generator and receiver does not require additional installation or configuration steps. Users can directly run the executable file without worrying about a complicated installation process. The interface is simpler and easier to operate, allowing users to select suitable parameter settings according to their needs. Users can also choose to save the current parameter configuration to a file, which can be opened next time for synchronizing the parameter settings at that time.