- 更多网络例句与输入偏置电流相关的网络例句 [注：此内容来源于网络，仅供参考]
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AMPLIFIER input bias current, a function of TRANSISTOR current gain, is also a function of the applied input common-mode voltage.
放大器的输入偏置电流，晶体管的电流放大作用，也具有加到输入共模电压的作用。
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Electrometers are known for their low input bias current, which is usually a few femtoamps.
静电计以低输入偏置电流而闻名，其输入偏置电流通常在几个飞安。
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The input offset voltage is fixed for a particular amplifier, however the contribution due to input bias current is dependent on the circuit configuration used. For minimum offset voltage at the amplifier input without circuit adjustment the source resistance for both inputs should be equal.
对于一个给定的OP，输入失调电压就已经给定了，但是由输入失调电流所带来的失调电压与所采用的电路结构有关系为了减小输入偏置电流所带来的失调电压，应该使得使得同、反相输入端对地的直流电阻相等，使得由于偏置电流在输入电阻上压降所带来的失调电压相互抵消。
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aining at high impedance weak signal measurement,the relations among measuring precision,input impedance and input bias current,the guard technology is applied to design a measuring circuit with guard circuit,adding a guard potential to low-impedance nodes of circuit,the effect of leakage current is reduced.using spice simulation and validates that guard circuit can increase the input impedance of the system and lower the input bias current,the results show that the guard circuit provids a valuable solution for high accuracy measurement of the high impedance weak signal.
摘 要：针对高阻抗微弱信号测量问题，对测量精度与系统输入阻抗、输入偏置电流的关系进行分析，应用保护技术设计了带保护电路的测量电路，将电路中的低阻抗节点加上保护电势，减小漏电流的影响。通过pspice仿真分析，验证保护电路能提高测量系统的输入阻抗和降低输入偏置电流，结果表明保护电路技术能实现对高阻抗微弱信号的高精度测量。
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Input offset current can be determined by capping the input connector and selecting the lowest current range.
输入偏置电流可以通过盖上输入连接器并选择最低的电流量程来决定。
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This current is known as the input offset current, and it's caused by bias currents of active devices as well as by leakage currents through insulators within the instrument.
这种电流称为输入偏置电流，是由有源器件的偏置电流以及流过仪器内部的绝缘子的泄漏电流所引起的。
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With its extremely low input offset current and minimal input voltage burden, it can detect currents as low as 1fA (10-15A).
基于极低的输入偏置电流和输入端压降，静电计能够检测低至1fA（10-15A）的电流。
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Given that V2 is applied to the amplifier input lead, the high input resistance of the operational amplifier is the only load on V2, and the only current drawn from the source is the very low input offset current of the operational amplifier.
若V2加到放大器的输入端，运算放大器的高输入电阻成为V2的唯一负载，而且唯一从源吸取的电流是运算放大器非常低的输入偏置电流。
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Charge measurements made with an electrometer are subject to a number of error sources, including input offset current, voltage burden, generated currents, and low source impedance.
用静电计进行电荷测量时容易受到几种误差源的影响，其中包括：输入偏置电流、输入端压降、产生电流和低的源阻抗等。
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As an ammeter, the electrometer is capable of measuring extremely low currents, limited only by theoretical limits or by the instrument's input offset current. It also has a much lower voltage burden than conventional DMMs.
做为安培计，静电计能够测量仅由理论极限值或仪器的输入偏置电流所限制的微弱电流，而且其输入端压降比普通的数字多用表要低的多。
- 更多网络解释与输入偏置电流相关的网络解释 [注：此内容来源于网络，仅供参考]
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bias current：偏置电流
会因为使用单位增益的差动放大器做为输出级而导致输入共模电压范围受到大幅限制,如何解决?[答:ADI专家] 简单地说,输入端的误差源会考虑失调电压(offset voltage)和偏置电流(bias current). 他们对输出电压的影响都是要乘以增益的.
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embarkation card：登机证, 上船证
turnbench (钟表制造或修理人用的)台式车床 | embarkation card 登机证, 上船证 | input bias current 输入偏置电流
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current, inducing：施感电流
current, induced 感应电流 | current, inducing 施感电流 | current, input bias 输入偏置电流
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input bias current：输入偏置电流
OP的失调电压有两个主要的来源,输入偏置电流(Input bias current)和输入失调电压(Input offset voltage). 对于一个给定的OP,输入失调电压就已经给定了,但是由输入失调电流所带来的失调电压与所采用的电路结构有关系为了减小输入偏置电流所带来的失调电压,
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current, input bias：输入偏置电流
current, inducing 施感电流 | current, input bias 输入偏置电流 | current, input offset 输入偏移电流
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input offset error：输入偏置误差
input offset current drift 输入补偿电流漂移 | input offset error 输入偏置误差 | input offset voltage drift 输入补偿电压漂移
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input offset current：输入失调电流
输入失调电流(input offset current)和输出失调电压理想运放的输入阻抗无穷大,因此不会有电流流入输入端. 但是,在输入级中使用双极结晶体管(BJT)的真实运放需要一些工作电流,该电流称为偏置电流(IB). 通常有两个偏置电流:IB+和IB-,
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input offset current drift：输入补偿电流漂移
input number 输入数 | input offset current drift 输入补偿电流漂移 | input offset error 输入偏置误差
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current, input offset：输入偏移电流
current, input bias 输入偏置电流 | current, input offset 输入偏移电流 | current, lateral 横向电流
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cascaded：级联
本文将提出一个简化的交流高电压放大器,它使用互补、级联(cascaded)的NMOS和PMOS电晶体(图1). OP07运算放大器具有低输入补偿电压(input-offset voltage)、低输入偏置电流(low input-bias current)和高开环增益.