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发明公开
EP1804382A2 Reactance adjustment device, transceiver and transmission device using the same, signal processing circuit suitable for them, reactance adjustment method, transmission method, and reception method 有权
用于发射器/在通信系统中与人体接收机作为信号传输介质的信号处理电路

Reactance adjustment device, transceiver and transmission device using the same, signal processing circuit suitable for them, reactance adjustment method, transmission method, and reception method
摘要：
The present invention relates to an integrator comprising a first switching means, one end of which is connected to a voltage source (Vdd) outputting a predetermined voltage. Also, the integrator comprises a second switching means (SW2), which is connected at one end to the first switching means (SW1) and the other end with a negative electrode of the voltage source (Vdd). A first comparison means (211) compares a predetermined first threshold voltage (V1) and an input voltage for output of a signal to turn on the first switching means (SW1), when the input voltage is lower than the first threshold voltage (V1). A second comparison means (212), compares an input voltage and a second threshold voltage (V1), higher than the first threshold voltage (V1) for output of a signal to turn on the second switching means (SW2) when the input voltage is higher than the second threshold voltage (V2). A capacitor (213) of the integrator has one end connected to the other end of the first switching means (SW1). A signal appearing on the other end of the first switching means (SW1) is output as an output signal of the integrator. Thereby, when neither the first switching means (SW1) nor the second switching means (SW2) is turned on, no large current flows from the voltage source (Vdd) to earth ground, thereby preventing a power consumption from increasing.
摘要（中）：

本发明涉及到在积分器包括第一开关装置，所有被连接到电压源（VDD）的输出廷预定电压一端。 因此，积分器包括在一端连接到第一开关装置（SW1），其另一端与电压源（VDD）的负电极的第二开关装置（SW2），全部。 第一比较装置（211）比较的预定第一阈值电压（V1）和输入电压的一个信号的输出，以接通第一开关装置（SW1）当输入电压高于第一阈值电压低（V1） ， 第二比较装置（212）比较输入电压和第二阈值电压（V1）比的信号的输出，以接通第二开关装置（SW2）当输入电压是所述第一阈值电压（V1）高 大于第二阈值电压（V2）更高。 积分器的电容器（213）的一端连接到第一开关装置（SW1）的另一端。 出现在第一开关装置（SW1）的另一端的信号是作为对所述积分器的输出信号而输出。 由此，当既不是第一开关装置（SW1），也不是第二开关装置（SW2）被接通时，来自电压源（VDD）至大地，从而防止消耗电力的增大没有大的电流流过。

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