OP293ESZ-REEL

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The OP293ESZ-REEL is a high-performance instrumentation amplifier. It is designed for low cost, high accuracy amplification of low-level signals. This device is ideal for a wide range of instrumentation, from medical equipment to factory automation. It features low power consumption, good common-mode rejection, and high-current gain.

The OP293ESZ-REEL operates in the so-called "gain-bandwidth product" mode. This means that the amplifier is capable of providing high gain without sacrificing bandwidth. This makes it ideal for applications such as data acquisition and control systems where maximum accuracy is needed. The amplifier is also well-suited for sample-and-hold circuits, low-noise instrumentation, and audio applications.

At the heart of the OP293ESZ-REEL is a differential input stage comprised of two complementary OTAs (operational transconductance amplifiers). This differential input. The circuit provides high gain and a wide bandwidth with minimal distortion. The OTA pair is supplemented by a high-impedance amplifier which provides for high-input-voltage common-mode rejection.

The OP293ESZ-REEL uses two parallel gain-setting amplifiers to adjust the output of the OTA pair. These amplifiers are designed to provide a wide range of gain and can be adjusted with the variable-gain-adjustment resistors. This allows for flexible integration of the amplifier into diverse applications.

The output of the amplifier is amplified in the buffered output stage and is capable of providing up to +12V peak-to-peak and up to 3A continuous output current. This makes the device suitable for driving low-level and digital circuits. The OP293ESZ-REEL also has an internal voltage regulator and can be powered with a supply voltage of +5V to +18V.

The OP293ESZ-REEL is a high-performance, low-power instrumentation amplifier. It offers excellent gain, wide bandwidth, low distortion, and high common-mode rejection. The amplifier is suitable for applications ranging from medical equipment to factory automation. The adjustable gain stage allows for flexible integration into a variety of applications while the buffered output stage can provide up to +12V peak-to-peak and up to 3A continuous output current.

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