LM6211MFX/NOPB

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The LM6211MFX/NOPB is a part of Texas Instruments\' family of instrumentation, operational amplifiers (op-amps) buffers, and amplifiers. This device combines a low power CMOS amplifier with a chopper-stabilized amplifier, providing low power consumption and noise immunity.

The LM6211MFX/NOPB application field consists of instrumentation, test and measurement equipment, general-purpose gain and offset control amplifiers, high speed low noise controllable voltage and current sources, distortion analyzers, analog sensors and transducer amplifiers, high-speed current loop circuitry, medical instrumentation, and IF amplifiers.

The LM6211MFX/NOPB shares the same inputs and output stages as the general purpose low power amplifier. It is designed to work with single supply operation, with an input voltage range of 0V to 5V and a supply current range of 10 µA to 100 µA. It also features good ripple rejection and reliable settling within 1.8 µs.

In terms of working principle, the LM6211MFX/NOPB performs two separate amplifier functions: chopper amplification and linear amplification. During chopper amplification, an internal amplifier is gated on and off in a cycle, which helps decrease the offset and drift errors that occur during single-supply operation. This process lowers the output noise and ensures fast settling times. The linear portion of the amplifier is stable and provides high accuracy and stability.

The LM6211MFX/NOPB combines an ultra-low power CMOS amplifier with chopper-stabilized amplification in order to provide reliable, low-noise, single-supply operation. With its vast application field and unique working principle, the LM6211MFX/NOPB simultaneously decreases offset, drift, and noise.

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