For system engineers, designing an optimized switching mode power supply has become a key task. From selecting the power IC types to the power supply-grade components (e.g. power inductors, input/output capacitors, and current detecting components), it is possible to measure the voltage, current, efficiency, and power with a power supply ATE (Automatic Test Equipment).
For system engineers, designing an optimized switching mode power supply has become a key task. From selecting the power IC types to the power supply-grade components (e.g. power inductors, input/output capacitors, and current detecting components), it is possible to measure the voltage, current, efficiency, and power with a power supply ATE (Automatic Test Equipment).
As the wireless charging feature gradually becomes a standard feature of handheld electronic devices, it is expected that the wireless charging transmitter board will be an option of the power supply products for consumers, just like the USB or sockets. In recent years, it has gradually expanded its applications to healthcare, industries, and electric vehicles. As the power increases, the losses increase accordingly. Thus, to meet the trend of improving the charging performance, incorporating the multi-coils design on the charging boards tests the techniques of the engineers in terms of power consumption, heat dissipation, alignment, and foreign object detection. In this case, an automatic test system for a wireless charger/module can be used to accurately measure the parameters of the power supply.
USB Type-C give the consumer better experience for transmitting data, media sharing charging mobile device by using on USB cable.
Qualcomm has combine QC 4.0 and latest PD spec.. High Current low voltage is the trend in the future. Voltage difference and Resistance is the important figures for the quality.
With a single unit, the MICROTEST USB Type-C test solution can test the on-state resistance of a USB cable, withstand voltage/insulation test, internal resistance/voltage difference test, and E-Marker IC learning and comparing test.
USB Type-C give the consumer better experience for transmitting data, media sharing charging mobile device by using on USB cable.
Qualcomm has combine QC 4.0 and latest PD spec.. High Current low voltage is the trend in the future. Voltage difference and Resistance is the important figures for the quality.
With a single unit, the MICROTEST USB Type-C test solution can test the on-state resistance of a USB cable, withstand voltage/insulation test, internal resistance/voltage difference test, and E-Marker IC learning and comparing test.
