OPA4364AIPWR

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The OPA4364AIPWR is an instrumentation amplifier (IA) capable of providing high accuracy, high gain performance in a range of applications, including audio and video, in industrial, medical, and consumer applications. It is a popular choice for applications where a high level of gain accuracy and linearity is required. Featuring a high common-mode rejection ratio (CMRR) and low-offset voltage drift, this amplifier is capable of delivering a high level of performance.

The OPA4364AIPWR has a differential input stage with an integrated feedback network. This enables the amplifier to provide a wide range of gains. The gain range is from 5 V/V to 800 V/V, with an excellent CMRR performance of 120 dB minimum at a gain of 10 V/V. This amplifier also features an input offset voltage and offset voltage drift, making it suitable for precision signal conditioning.

The OPA4364AIPWR has an integrated low-noise 10.2 mOhm, 0.7 % input current-sense resistor. This resistor allows the amplifier to provide high-accuracy, low-noise signal processing. The amplifier also has an integrated power-down mode, allowing it to reduce power consumption when it is not being used.

The signal to be amplified is applied to the differential inputs of the OPA4364AIPWR. The gain, offset voltage, and loop-gain of the amplifier can be adjusted using external feedback resistors. The analog output is fed into the post-amplifier stage, which can be optimized using an external op-amp connected in a Gain-Bandwidth Product (Gain-BW) configuration.

The OPA4364AIPWR can be used in a variety of applications, including instrumentation, medical, audio, and video systems. This amplifier is suitable for low-noise, low-offset, and high-precision circuit designs, such as data acquisition, signal conditioning and testing systems.

The OPA4364AIPWR is a top-choice for instrumentation, medical and consumer applications. With its integrated feedback network and low-noise, low-offset performance, it provides an excellent gain accuracy and linearity. Its integrated power-down mode and 10.2 mOhm current-sense resistor make it ideal for signal-processing applications, and its wider gain range of 5 V/V to 800 V/V and excellent common-mode rejection ratio make it suitable for a variety of applications.

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