图1显示了驱动轨输出时，典型单电源放大器的输出摆幅。
Figure 1 shows a typical single-supply amplifier's output swing as you drive the output to the rails.
对单电源、低功耗应用，在放大器的一些有限的选择面前，要达到适当的带宽和所需的精度，无疑对系统设计提出了重大的挑战。
Achieving adequate bandwidth and required PRECISION with a somewhat limited selection of AMPLIFIERs presents significant SYSTEM design challenges in single-supply, low - POWER applications.
介绍了单电源运算放大器的设计方法。
The design of single power operational amplifier is presented.
单电源，低功耗，高输出电流反馈放大器。
Single Supply, Low-Power, High Output, Current Feedback Amplifier.
该光接收机采用单电源供电，由一级放大器、两级源级跟随器和一个反馈电阻组成。
It is composed of an amplifier stage, two stages of source follower and a feedback resistance, and use a single supply voltage.
应用包括传感器放大器，直流放大块，和所有的传统运算放大器，现在可以更容易地在单电源电压系统实现电路。
Applications include transducer amplifiers, dc amplification blocks, and all the conventional operational-amplifier circuits that now can be more easily implemented in single-supply-voltage systems.
介绍了单电源供电运算放大器的设计方法。
The design method of single power supply OPA is presented in detail in this paper.
微功耗，四路，单电源，精密运算。放大器。
使用文中介绍的方法设计单电源运算放大器能巧妙地解决由偏置电压引起的信号摆幅受限的问题，有较高的动态范围，而且具有比交流耦合更高的带宽。
The novel design solved the problem of limited voltage swing range caused by bias voltage at input of the OPA and achieved higher bandwidth compared to ac coupled design method.
随着供应公正八点五毫安，并能够从单电源电压从5V至12 V运行电流，这些放大器提供了非常高的小功率消耗。
With a supply current of just 8.5ma and the ability to run from a single supply voltage from 5v to 12v, these amplifiers offer very high performance for little power consumption.
随着供应的只是为5mA，并能够从单电源运行电压从5V至12V的电流，放大器还为手持，便携式或电池供电设备的理想选择。
With a supply current of just 5mA and the ability to run from a single supply voltage from 5V to 12V, the amplifiers are also ideal for hand held, portable or battery-powered equipment.
随着供应仅为放大器和能力，从单电源运行电压从5V至10V6毫安电流，EL5392A也是手持，便携式或电池供电的理想设备。
With a supply current of just 6mA per amplifier and the ability to run from a single supply voltage from 5V to 10V, the EL5392A is also ideal for hand held, portable or battery powered equipment.
以单片机MSP430F 449为控制核心，设计了一个5V单电源供电的低噪声宽带放大器。
Using microcontroller MSP430F449 as the operation core, a low noise wideband amplifier provided with 5v single power supply is designed.
随着CMOS工艺中单管特征尺寸和电源电压的下降，设计高增益运算放大器很困难。
With the downscaling of CMOS process and reduction of voltage supply, it is more difficult to design high-gain OPAMPs than before.
随着CMOS工艺中单管特征尺寸和电源电压的下降，设计高增益运算放大器很困难。
With the downscaling of CMOS process and reduction of voltage supply, it is more difficult to design high-gain OPAMPs than before.
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