Testing Plan
The solution provides FSK/OOK general modulation mode and wireless RF transmit power, center frequency error, tolerance and receiving sensitivity in accordance with ZigBee and BLE protocol modulation signals to help customers understand the transceiver performance of IOT IoT products related RF indicators.
Wireless meter reading, smart home, smart switch, smart lighting, smart lock, smart wear, etc.
Far field measurements have some limitations and it is impossible to know the source of serious radiation problems. In this case, we can use a spectrum analyzer and a near-field probe to locate the transmitted interference source and the near-field measurement by near-field measurement. The near-field measurement is a relative measurement, which means it needs to test the product under test. The results are compared with measurements from third-party certification laboratories to predict the likelihood that the product under test will pass the conformance test.
The solution uses a high-dynamic range of seamless range switching technology. Powered colleagues can continuously acquire and measure very large dynamic range currents from nA to A, with resolutions up to 28 bits and sampling intervals as low as 20μS.
The measurement results of resistance (R), reactance (X) and frequency (f) can be presented in two or three dimensions, helping users to more easily understand the correlation of load impedance.
すべてのカテゴリ