AD8672AR-REEL7

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AD8672AR-REEL7 is a low cost, low noise, unity-gain stable, CMOS fully differential amplifier. This amplifier has a wide range of applications in various electronic instruments such as audio processors, industrial controllers, and medical equipment. It provides excellent performance in both AC and DC applications.

The input stage of the AD8672AR-REEL7 consists of two differential Manchester switches. This provides high-level of dynamic range and a large degree of flexibility in the input stages. The gain is adjustable from unity-gain to low-gain. The input stage also has a high current drive capability for driving large-capacitor loads. The output stage of the amplifier consists of two independent CMOS-buffered amplifiers, operating in parallel for greater power efficiency. The output stage also has power supply bypassing, which allows the amplifier to be powered from two separate supply voltages.

The AD8672AR-REEL7 has a wide variety of uses in instrumentation and industrial control applications. It is ideal for use in audio applications where its high dynamic range, low noise operation, and low distortion make it an ideal choice for use in audio processors, effect processors and other audio equipment. It is also well-suited for industrial control applications such as in motor control applications.

The AD8672AR-REEL7 provides excellent immunity to electromagnetic interference, enabling the device to be used in a variety of environments. The high-performance differential amplifier is also capable of supporting various operating modes such as the bridge amplifier, the resistive bridge amplifier, the instrumentation amplifier, and the dual-channel amplifier.

The working principle of the AD8672AR-REEL7 is simple but effective. It uses two independent CMOS-buffered amplifiers, operating in parallel for greater power efficiency. The two buffered amplifiers are connected together in an input and output configuration. This configuration allows the two buffered amplifiers to amplify and buffer the input signal to the output. The gain of each buffered amplifier can be adjusted independently in order to achieve the desired output level.

The AD8672AR-REEL7 has a wide range of applications in various electronic instruments such as audio processors, industrial controllers, and medical equipment. It is particularly well-suited for audio applications where its high dynamic range, excellent noise suppression, and low distortion make it an ideal choice. In addition, its power efficiency, wide dynamic range, excellent distortion resistance, and low power consumption make it suitable for use in industrial control applications such as motor control. Finally, its EMI immunity makes it an ideal choice for applications in sensitive environments.

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