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1·Voltage gain is a important technical index in amplifier.

电压放大倍数是放大电路的一个重要的技术指标。

2·Two-channel, triple RGB switch and buffer. Voltage gain 1V/V.

双通道，三重RGB开关和缓冲区。电压增益1V / V。

3·Voltage gain by external resistor Rf and Rin the ratio of the decision.

电压增益由外接电阻Rf与Rin的比值决定。

4·The second is that the voltage gain is increased to the extent of maximum value in theory.

将电压增益提高到了理论上的最大值。

5·This requires an overall voltage gain of 109, so a number of voltage gain stages will be required.

这就要求电压的总增益达到109，因此就需要很多放大器级联起来。

6·The EL2142 is stable for a gain of one, and requires two external resistors to set the voltage gain.

该EL2142是稳定的一个增益为1，需要两个外部电阻设置电压增益。

7·Many practical amplifiers chain together a series of analog amplifier stages to obtain a high overall voltage gain.

许多实际的放大器将多个放大器级联起来，以获得较高的电压增益。

8·The variation of voltage gain of the PGA can be realized by switched resistor-network, which is digitally controlled.

可编程增益运算放大器的电压增益变化可以通过数字控制的开关电阻网络来实现。

9·According to virtual short and virtual-off feature, available to the circuit passband voltage gain and pass-band cut-off frequency.

根据“虚短”和“虚断”的特点，可得到电路的通带电压放大倍数和通带截止频率。

10·Using the concept of virtual short circuit and virtual open circuit, the voltage gain of depth negative feedback circuit can be estimated.

利用“虚短”和“虚断”的概念来估算深度负反馈电路的电压增益。