AD8602DR

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The AD8602DR is a precision linear amplifier for instrumentation, operational amplifiers, buffering and other applications. It is a CMOS-based device that operates from 5 V to 15 V dual supplies and provides high output current with low quiescent current. The AD8602DR can provide rail-to-rail operation with a wide output voltage range, and can also be operated as a unity-gain voltage follower. The AD8602DR’s advanced current-feedback architecture and its ability to be operated as a voltage or current amplifier make it suitable for many demanding applications.

The AD8602DR is designed to operate in the frequency range of DC to 400 kHz and is able to achieve a low 0.1µV/V noise performance. It also has an output current sourcing capability of 100mA minimum, making it suitable for many applications requiring high levels of accuracy and linearity. Its low quiescent current of 6.6mA also makes it very efficient in power applications. Its slew rate is 20V/µs, making it very fast for many applications requiring fast response times.

The AD8602DR’s low distortion inputs and outputs enable it to be used in applications such as distortion measurement, AVL and PI control diagram systems, and signal chain linearization and conditioning. Its high input impedance allows for the measurement of dc signals with a low load requirement. The output signal can also be buffered or conditioned to reach very low distortion levels with a wide signal bandwidth and high signal level accuracy.

The AD8602DR is ideal for use as an amplifier in precision measurement and signal conditioning applications. It also has a low input bias current and high open loop gain making it suitable for high accuracy and low distortion applications. Its excellent linearity and common-mode rejection ratio (CMRR) make it ideal for measuring high-frequency, high-impedance signals with low distortion, and its wide output voltage ranges make it suitable for buffering applications that require a wide range of signal levels.

The AD8602DR employs an adjustable voltage gain capability that can be set for any gain from unity (1) up to 1000 (100dB). The device also includes a current-tee configuration that provides an internal current-feedback loop, allowing for precision bandwidth control while maintaining accurate gain. The adjustable current-tee feature allows the user to set the bandwidth of the device with a simple adjustment in the gain setting.

The AD8602DR features a high-speed, low-power CMOS current-feedback topology as well as an adjustable voltage gain capability to allow for a wide range of gain settings and precision accuracy. It also includes a feedback compensation capacitor for low-distortion. The adjustable current-tee feature allows for precise bandwidth control, and its low bias current and high open-loop gain make it well-suited for high accuracy and low distortion applications. The device includes a built-in diode protection, making it particularly well-suited for input protection and output protection.

In conclusion, the AD8602DR is a versatile, widely-applicable instrumentation amplifier for a wide range of demanding applications including precision measurements and signal conditioning. Its features such as its low quiescent current, high output current sourcing capability, adjustable voltage gain, adjustable current-tee and built-in diode protection, make it well-suited for all precision, high accuracy and low distortion applications, making it an ideal amplifier for many challenging applications.

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