AD737JNZ

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The AD737JNZ is a high performance, resistor network-based PMIC – RMS to DC converter designed for applications in audio signal processing, data converters and lineair amplification. The AD737JNZ is capable of producing up to 10V output voltage from 0.4V to 4.6V input voltage, offering a low power dissipation and low noise operation for increased system compactness and performance.

The aim of the AD737JNZ is to convert RMS signal from audio amplifiers, line receivers and data converters into the direct current signal required by the system. AD737JNZ offer a low power solution to the task of RMS-to-DC conversion using an external network, making it suitable for use with a variety of different signal amplifiers, line receivers and data converters.

The AD737JNZ works by using an external resistor network to convert the RMS signal from the input stage into the direct current signal. The resistor network consists of two or three low pass filter circuits and a resistor divider. The resistors used in the filter networks are selected to provide the desired frequency range of the filter circuit. The resistor divider is used to provide a reference voltage for the output signal. The output of the resistor network is then applied to the input of the AD737JNZ, where the analog signal is converted into a digital signal and passed through an ADC block to produce the digital output.

The output of the ADC is then passed through the output filter which is used to smoothen the digital output, improve the impedance and reduce the Noise Figure. The output can then be applied to the output buffer circuit, which is used to drive the system load. The output buffer circuit also helps to reduce the power consumption of the system and increase the efficiency of the overall circuit.

The AD737JNZ is suitable for use in a variety of applications in audio signal processing, data converters and linear amplification. It offers low noise, low power consumption and a simple external network configuration which makes it an ideal solution for applications requiring RMS-to-DC conversion. The AD737JNZ also offers improved system performance, reduced system complexity and an efficient solution for the conversion of RMS signals into the direct current signal required by the system.

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