LM8272MMX/NOPB

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The LM8272MM/NOPB is a member of National Semiconductor’s MIX family of high-speed, low-noise amplifier ICs. Its application field includes linear and instrumentation circuits, as well as OP and buffer amplifiers.

The device features a low-noise unity-gain bandwidth of 750 MHz and a power supply of 3.2 volts. It has a low-power rail-to-rail output and operates from a single 5V supply. The device provides a rail-to-rail input voltage range and an adjustable output voltage range.

The LM8272MM/NOPB uses an advanced differential input circuitry that provides both high-frequency and low-frequency gains. The output stage uses an active-load architecture to deliver a low-noise, low-distortion output signal.

The LM8272MM/NOPB offers a wide slew rate and low distortion to enable multi-channel data acquisition systems and other precision systems. It also features a fast settling time and a low output impedance to ensure optimal performance in audio, video and other high-frequency applications.

The device features an internal thermal shutdown feature that limits power dissipation and prevents damage from thermal overload. The LM8272MM/NOPB is designed to operate from a single 5V supply and supports a wide range of supply voltages.

The LM8272MM/NOPB is a low-power amplifier with a wide range of differential gains and can be used in a wide range of linear and instrumentation circuits. The device has a high-speed rail-to-rail output and can be used in multi-channel data acquisition systems and other precision systems.

The LM8272MM/NOPB is ideal for applications requiring a low-noise, high-bandwidth amplifier. It can be used in buffer amplifiers to improve sound quality and performance in audio, video, and other high-frequency circuits. The device provides a wide range of differential gains, making it suitable for a variety of circuits.

The LM8272MM/NOPB is a versatile IC with a wide range of features and a high-performance design. It is a low-cost device that is suitable for multiple applications. Its low noise, high bandwidth, and low-power rail-to-rail output make it ideal for a variety of linear and instrumentation circuits.

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