AD712TRZ-EP-R7

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AD712TRZ-EP-R7 is an auto-zero instrumentation amplifier designed for applications requiring high accuracy across the industrial, medical and communications sectors. This amplifier combines precision amplification with low cost, superior common-mode rejection ratio, wide dynamic range and symmetric output characteristics. The AD712TRZ-EP-R7 is composed of two separate devices. The first, an auto-zero amplifier, implements a gain of 1, with a differential voltage gain of -36 dB from a differential input to single-ended output. The second device is a gain stage, which provides an adjustable gain of up to 16 dB. This combination allows for large output signals that can be easily routed without the need for an external gain stage.

The AD712TRZ-EP-R7 works on the principle of ‘fast capacitive coupling’, which involves the transfer of charge from one capacitor to another, rather than from the input to the output. This approach minimizes the response time of the device and also increases power efficiency. This results in improved transient response and improved distortion. Since no current is required to charge the capacitor, the device can be used in low-power applications.

The AD712TRZ-EP-R7 is suitable for a wide range of applications including test and measurement, instrumentation, data acquisition and control systems. This amplifier offers high common-mode rejection, low distortion and high accuracy, making it ideal for applications that require precision signal conditioning and signal processing. In addition, the device provides symmetric outputs and wide dynamic range, allowing for even greater accuracy and performance. The device is also capable of extended temperature applications and is compliant with the RoHS directive.

The unique capabilities of the AD712TRZ-EP-R7 make it an essential component for many linear-amplifier designs. It is suitable for a wide range of applications ranging from filtering and signal conditioning to signal conditioning and signal conversion. The amplifier is also ideal for use in instrumentation, medical and communications systems, providing high-accuracy signal conditioning for a variety of applications.

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