LF256H/NOPB

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The LF256H/NOPB is a low-voltage, high-speed amplifier that combines low power consumption and low cost in a package that is suitable for a wide range of applications. The LF256H/NOPB is a monolithic amplifier that contains a differential pair of operational amplifier cells, each of which has an independent, wide-swing emitter follower output stage. It is designed to function in a wide range of applications including precision audio applications, battery-powered equipment, automotive systems and other high-reliability applications.The LF256H/NOPB is designed to provide low power consumption and low cost. Its distributed architecture combines high speed with low distortion and low noise performance. It has excellent linearity, wide bandwidth and wide range of gain and phase margins. The LF256H/NOPB is well suited for use in low-voltage instrumentation, process control and medical applications.The main feature of the LF256H/NOPB is its differential pair of operational amplifier cells. This is what gives the amplifier its excellent linearity, wide bandwidth and wide range of gain and phase margins. Each of the amplifier cells has an independent, wide-swing emitter follower output stage. This gives the amplifier a low output impedance and a high output current capability.The LF256H/NOPB is optimized for symmetrical power supply ranges from -2.5v to +2.5v and can operate from a single supply voltage of 5V. It also has a wide dynamic range and can operate over a wide frequency range of DC to beyond 500 kHz.The LF256H/NOPB can be used for a wide range of instrumentation applications such as audio, data acquisition, test and measurement, and process control. The amplifier’s low power consumption, low cost and wide range of gain and phase margins make it an ideal solution for many applications.In summary, the LF256H/NOPB is a low-voltage, high-speed amplifier that provides excellent linearity, wide bandwidth, wide dynamic range and wide frequency range. It is well suited for use in low-voltage instrumentation, process control and medical applications. The amplifier’s low power consumption, low cost, and wide range of gain and phase margins make it an ideal choice for many design applications.

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