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- equivalent differential input capacitance 等效差动输入电容
- The input capacitance of this configuration is ACF. 在此电路配置结构中，输入电容为ACF。
- The differential input is sampled at up to 40 MSPS by an analog modulator. 差分输入由模拟调制器以最高40MSPS的采样速率进行采样。
- The circuit shows that the input capacitance (CIN) must be charged toRSCINvolts, at an exponential rate of the ISRS time constant. 电路表明，输入电容（CIN）必须以时间常数RSCIN的指数速率，充电到ISRS伏。
- The effects of input capacitance on current measurements using a shunt type ammeter (Figure 2-49) are similar to those for voltage measurements. 使用分流型安培计（图2-49）时，输入电容对电流测量的影响与电压测量时类似。
- The effect of input capacitance on current meters employing negative feedback is different than the effect on the shunt ammeter. 输入电容对采用负反馈的电流表的影响与其对分流型安培计的影响不同。
- The effect of input capacitance on current meters employing negative feedback is different than the effect on the shunt ammeter. The circuit for this mode is shown in Figure 2-50. 输入电容对采用负反馈的电流表的影响与其对分流型安培计的影响不同。这种模式的电路示于图2-50。
- Gain for either input is the ratio of R1 to R2 for the special case of a differential input single-ended output where R1 = R3 and R2 = R4. 在R1=R3，R2=R4，差分输入，单端输出的特殊情况下，两个输入的增益都是R2/R1。
- X10 probe : attenuation of 10:1, input impedance 10 Mohm when used with a scope of 1 Mohm input impedance, input capacitance around 13pF.Input voltage peak limited to 600V for DC and low frequency. X10探头：衰减10倍，当使用的示波器的输入阻抗为1兆欧其输入阻抗为10兆欧，输入电容大约为13pF.;对直流和低频输入电压的峰值上限为600伏
- The most effective method of minimizing input capacitance is to connect the electrometer, SMU, or picoammeter to the signal source with a shielded cable that is as short as possible. 减小输入电容最有效的方法是用尽可能短的屏蔽电缆将静电计、SMU或皮安计与信号源连接起来。
- commonsource small-signal input capacitance 共源小信号输入电容
- equivalet differential input re-sistance [电] 等值微分输入电阻
- equivalent differential input impedance 等效差动输入阻抗
- equivalent differential input resistance 等效差动输入电阻
- differential input microelectrode amplifier 差分输入微电极放大器
- differential input voltage range 差动输入电压范围
- differential input overload recovery time 差动输入过载恢复时间
- differential input threshold voltage 差动输入阈电压
- The matching of time constants in this case is fairly straightforward, because the capacitances involved are all constant and aren't affected by input capacitances. 在这种情况下匹配时间常数是很简单的，因为这时所涉及的电容都是常数，不受输入电容的影响。
- The DC input currents of CMOS are orders of magnitude lower that those of TTL.However, the input capacitances are comparable so the switching transients are not much lower. CMOS器件的输入电流与TTL器件相差几个数量级，不过，由于二者的输入电容差不多，所以交流瞬态性能并没有大幅优化[译者疑虑]。
