Live Stream Replay: How to Reduce Idle Waste and Loss of Home Appliances and Consumer Electronics? Watch PI's Senior Experts Explain Key Optimization Points
Total of 3 lessons ,1 hours and 12 minutes and 21 seconds
Power supply engineers are certainly familiar with optimizing the light-load efficiency of switching power supplies. In most cases, switching power supply designs are set at 70% to 80% load, especially since home appliances and consumer electronics are mostly in idle mode. However, the problem is that idle-mode losses account for a significant portion of the overall energy consumption. In this situation, achieving additional functionality while meeting the European (ErP) Directive 2009/125/EC presents a challenge.
Position sensorless motor control is mainly used in situations where the motor runs at medium and high speeds most of the time. This is because most position sensorless motor control technologies requ
The first picture shows the requirements given by the proofing company; the second picture shows the PCB drawing I drew; how should I send the file so that he can recognize the proofing.
I made a target board. I could connect to it through FET at first. But when I entered cspy, the error CSPY FATAL ERROR: Fatal Error[60]: "Could not obtain device identification" always appeared. And t
I finally received the USB flash drive this morning. I have already sent pictures, so I won't post them. PS: The paper box packaging is very classy. I tested the speed of two files, one was a 11.5g vi
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