ACPL-785E-300

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ACPL-785E-300 is a high precision, low noise instrumentation amplifier made by Broadcom. It is a linear amplifier designed for use in ultrasonic, medical, and other instrumentation systems. This instrumentation amplifier is capable of amplifying differential signals up to 300V peak, while providing distortion-free reproduction of the input signal. The ACPL-785E-300 also features a low noise figure, high common mode rejection ratio, low input bias currents, low input bias voltage and high gain accuracy.

The working principle of ACPL-785E-300 is based on a classic three-stage differential amplifier design. The first stage is a differential amplifier that receives two input signals and converts them into a single output. The differential amplifier is followed by a low-noise amplifier, which further amplifies the output from the differential amplifier. Finally, the third stage is an output buffer, which is the stage responsible for providing the output signal. This amplifier is capable of providing a gain up to 300V peak and is suitable for a variety of instrumentation, medical and other applications.

ACPL-785E-300 is a versatile instrumentation amplifier with many features that make it suitable for various applications. The low noise figure and high common mode rejection ratio of the ACPL-785E-300 ensures that the output signal is clear and distortion-free. The high gain accuracy and low input bias current and voltage allow the amplifier to accurately and reliably reproduce the input signal. In addition, the low power consumption of the ACPL-785E-300 allows it to be used in battery-powered systems, such as portable medical equipment or battery operated instruments.

ACPL-785E-300 is an ideal amplifier for a wide range of applications including ultrasonic, medical, and other instrumentation systems. Its low noise figure and high common mode rejection ratio ensures that the output signal is free from distortion, while its low power consumption makes it suitable for battery-powered systems. The high gain accuracy and low input bias currents and voltages also make this amplifier suitable for a variety of instrumentation and medical applications.

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