OPA4353EA/2K5G4

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The OPA4353EA/2K5G4 is a monolithic operational amplifier that can be found in many instrumentation applications. It is part of the Linear-Amplifier, Instrumentation, OP Amps, Buffer Amps family and is primarily used for signal processing applications.

The OPA4353EA/2K5G4 is designed to provide maximum performance and versatility in the most demanding industrial and laboratory applications. The device is composed of two internally matched, low noise operating amplifiers. It can operate in a wide range of temperature conditions and is available in 8-pin MSOP and 8-pin PDIP packages. This dual in-amp can run on a supply voltage between 4.5 and 5.5V and can supply a voltage of 1.8V to 8V depending on the supply voltage.

The OPA4353EA/2K5G4 features a high-frequency input and output range of 1.6MHz and 1.8MHz, respectively, making it ideal for a wide range of applications that require signal processing. It has a low total harmonic distortion of 0.0004% at 1kHz and a signal-to-noise ratio of 95.4dB. Additionally, it has a high input and output impedance of 70-kohm, making it suitable for high-impedance applications.

The OPA4353EA/2K5G4 is designed with a common-mode input stage, which helps improve its linearity and reduce noise. Its differential input stage can accept varying input ranges of ±100mV to ±4.4V. Its power supply rejection ratio of >99.6dB helps ensure that the device is capable of handling changes in the DC power supply without changes in the amplifier’s output.

The OPA4353EA/2K5G4 is a versatile operational amplifier that can be used in a wide range of applications. Its high-frequency range of 1.6MHz and 1.8MHz makes it suitable for high-speed applications, and its low total harmonic distortion and excellent signal-to-noise ratio make it suitable for audio applications. Additionally, its common-mode input stage and wide input range make it suitable for applications dealing with large dynamic signals. Its low input and output impedance makes it suitable for high-impedance applications, and its power supply rejection ratio improves its ability to handle changes in the DC power supply.

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