电平转换电路和比例放大电路的性能符合设计指标，文中给出了测试曲线和数据。
The testing result of voltage transfer circuit and proportional amplifying circuit is in consistence with the simulation result.
对于硬件接口电路中常用的一些方法进行了简要的比较，并介绍了电平转换芯片MAX232及其应用方法。
It gives comparison among some methods which are often adopted in the interfacing circuit, and introduces a chip MAX232 of level translation and its application method in detail.
对于这些应用，设计人员集中于电路能够连转换最小可用电压电平到有用功率。
For these applications, designers focus on circuits able to convert even the smallest available voltage levels to useful power.
硬件部分的设计主要是对蓝牙模块应用电路的电源模块、RS232电平转换模块、蓝牙模块分别进行分析设计。
Hardware design of the main parts of the Bluetooth module is divided the application circuit power module, RS232 level translation module, Bluetooth module.
第一开关电路耦 接至电平转换器，并在第三晶体管导通时，关闭第四晶体管。
The first switch circuit is coupled to the electrical level translator and turns off the fourth transistor when the third transistor is turned on.
而第二开关电路耦接至电平转换器，并在第一晶体管导通时，关闭第二晶体管。
While the second switch circuit is coupled to the electrical level translator and turns off the second transistor when the first transistor is turned on.
在一些实施例中，所述电平位移电路包括锁存经转换的输出信号的电平位移锁存器(208)。
In some embodiments, the level shifting circuit includes a level shifting latch (208) that latches a translated output signal.
在一些实施例中，所述电平位移电路包括锁存经转换的输出信号的电平位移锁存器(208)。
In some embodiments, the level shifting circuit includes a level shifting latch (208) that latches a translated output signal.
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