Usually LED power and drive damage from the input power over power shock (EOS) and load side circuit fault.
通常LED电源和驱动的损坏来自于输入电源的过电冲击(EOS)以及负载端的断路毛病。
The principle and method of mechanical shock-proof design by circuit theory analysis were introduced based on the equipments 'shock-proof requirements.
根据设备的防振要求出发，阐述了一种用电路理论分析机械防振设计的原理和方法。
The simulation circuit for microprocessor and simulation wave using FPGA is also given. The reliability and practicability of microprocessor shock absorption circuit are validated accordingly.
并用FPGA模拟单片机减振电路，给出其仿真波形，从而验证了单片机减振电路的实用性。
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