对于理想的运算放大器而言，通过倒相输入处零电压和零电流的理想求和点限制，可以简化电路分析过程。
In the case of ideal operational amplifier, circuit analysis was simplified by the ideal summing point restraints of zero voltage and zero current at the inverting input.
由收费在高电流，直到温度达到某一点，然后切换到较低的电流，直到收费，是完整的，我们可以得到解决此限制。
By charging at a high current until the temperature reaches a certain point, and then switching to a lower current until the charge is complete, we can get around this limitation.
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