company news about Micro discharge effect detection system

Solution Overview
The generation of micro discharge effect is a nonlinear process, and when the signal is transmitted through the components where micro discharge occurs, it will cause nonlinear changes in the signal, resulting in changes in the amplitude and phase parameters, noise parameters, frequency spectrum parameters, and S parameters of the transmitted and reflected signals. Micro discharge effect detection is based on real-time monitoring of the changes in various signal parameters. The high-power micro discharge effect detection system mainly consists of six parts: a dedicated testing subsystem, a high-power solid-state power amplifier, a thermal vacuum ring mold system, a free electron radiation source, a high-power transmission link, a system controller, and software. The system can record various parameters such as power and frequency spectrum during the testing process, and comprehensively judge whether micro discharge occurs based on the changes in various parameters. When micro discharge occurs, it can effectively turn off the high-power signal source and power supply to avoid damage to the detection system itself. Ultimately, it can stably and effectively detect the micro discharge effect of the product.

Features
Realize full coverage of single carrier and multi carrier passive components, as well as active high-power microwave and millimeter wave components and assemblies;
Realize high-power continuous wave, adjustable top and bottom power pulse modulation excitation output, and automatic zeroing of dual channel microwave signals;
Implement dynamic graphical guidance operation during the experimental testing process, parallel monitoring of multiple types of parameters, data processing and curve display, and intelligent abnormal alarm;
Realize full frequency coverage of 100MHz-50GHz, while also considering thermal vacuum, power resistance, low-pressure discharge, power linearity, and passive intermodulation detection.