1) Adjustable offset voltage
失调电压可调
2) offset voltage
失调电压
1.
Ignoring input bias current and input noise voltage of op amp in four linearity circuits,the output expressions for affect of offset voltage on measuring system were given.
在忽略放大器输入偏置电流和输入噪声电压的情况下,给出了四种校正电路中放大器失调电压对测量系统影响的输出表达式,并分析比较了每一种校正方法的特点,得到最佳的测量线路,使失调电压及其漂移的影响减小了5倍。
2.
The highlight of the design is that the input offset voltage of the comparator is used as its switching point voltage.
针对CMOS集成电路中高精度低跳变电压点电压比较器设计的难点,设计了一种具有超低跳变电压点的新型电压比较器,其特点是利用输入失调电压来设置比较器的跳变点电压值,满足了许多需要用到此类比较器而用传统方法无法满足要求的场合,电路在1。
3.
To consider the propagation delay,offset voltage and other factors,the structure of the preamplifier and compare-latch circuit is analyzed and a high-speed voltage comparator is designed.
本文综合考虑了比较器的传输延时、失调电压等因素,分析了前置放大器和比较锁存电路的结构,在此基础上设计了一个基于CSMC0。
3) adjustable voltage
电压可调
4) low offset voltage
低失调电压
5) adjustable voltage control
可调电压调节
6) variable voltage source
可调电压源
1.
The variable voltage source with the same phase and frequency as the power is connected to compensation component in series,changing its compensation document can continuously adjust the capacitive and inductive reactive power,so the best value of power factor of the compensated device is obtained.
本文将与工频同相位、同频率的可调电压源与补偿元件相串联实现无功补偿,改变串联补偿元件性质和大小,可实现对容性或感性无功的连续调节,从而使被补偿装置的功率因数达到最佳值。
2.
Intelligent reactive power continuous compensator is desigened based on DSP,variable voltage source is the foundation of the device,which can continuous compensate VAR and suppress hamonic.
研制了一种基于DSP的智能无功连续补偿装置,该装置以可调电压源为基础,既可连续补偿无功又可抑制谐波;采用DSP芯片TMS320F2812作为控制器的核心,保证动态、实时准确地补偿无功。
补充资料：失调
失调
失去平衡及自我调整的状态，如电解质平衡失调等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条