The output buffer circuit can reduce spikes of waveforms in the readout circuit.
输出缓冲电路可以削减读出电路中所产生的波形尖峰。
Based on the detailed analysis of the loading properties of a medium or small size TFT-LCD driver IC, a novel output buffer circuit of driving voltages is proposed.
在分析中小屏幕TFT - LCD驱动芯片的负荷特性的基础上，提出了一种新型的驱动电压输出缓冲电路结构。
This limiting amplifier composed of an input buffer, amplifier cells, output cells, and offset cancellation circuit.
此限幅放大器由输入缓冲、主放大单元、输出缓冲、偏置补偿电路四部分组成。
An output buffer amplifier with compact structure used in detection circuit of micro sensor is presented.
设计了一种主要用于微传感器读出电路的输出缓冲放大器。
A hysteresis adding circuit (75) is coupled to the at least one output of the buffer circuit.
磁滞添加电路(75)连接到缓冲电路的所述至少一个输出端。
By pulling up the output, the input buffer circuit enjoys improved margin, and is able to reliably signal a low power condition even when both inputs are low.
通过拉动输出，输入缓冲电路享有改进的余地，能够可靠信号，低功耗条件，即便当两个输入都很低。
This paper describes the design of a variable impedance output buffer, and its adaptive control circuit. It can automatically adjust the impedance of output buffer in real-time.
本文设计了一个阻抗可变的输出驱动器，并配套地设计了自适应的阻抗控制电路，能在电路工作中实时调节输出阻抗。
This paper describes the design of a variable impedance output buffer, and its adaptive control circuit. It can automatically adjust the impedance of output buffer in real-time.
本文设计了一个阻抗可变的输出驱动器，并配套地设计了自适应的阻抗控制电路，能在电路工作中实时调节输出阻抗。
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