AD736KRZ-R7

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Current - Supply:	160µA
Voltage - Supply:	2.8V, -3.2V ~ ±16.5V
Mounting Type:	Surface Mount
Package / Case:	8-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	8-SOIC
Base Part Number:	AD736

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The AD736KRZ-R7 is a RMS-to-DC converter in the form of a PMIC, or Power Management Integrated Circuit. It is designed to convert an analog, alternating current signal into a digital signal that is of a constant voltage or current. Generally speaking, PMICs act as an intermediary between the incoming analog signal and the downstream signal, by providing a range of control, management, and protection functions. The AD736KRZ-R7 is typically used when it is necessary to convert a signal with a fluctuating amplitude into a unipolar signal of the same amplitude. It can be used in a variety of applications, including in signal conditioning circuits, industrial control systems, and broadcast transmitters, as well as in power line network signal processing and audio signal measurements. The AD736KRZ-R7 works by using a linear, hybrid system design that combines both incremental and true RMS-to-DC conversion techniques. This ensures that the signal is accurately measured and converted. It is also designed to accurately measure the peak-to-peak value of the input signal in order to provide the most accurate conversion. The method used by the AD736KRZ-R7 to convert the signal involves a six-stage process. First, the analog signal is digitized. Then, it is decimated by a digital signal processor in order to reduce the sample rate. Next, a digital filter is used to reject any unwanted frequencies. After this filtering, the signal undergoes peak-hold detection and pulse-width modulation. Finally, it is converted to a digital signal that is of a constant voltage or current. The AD736KRZ-R7 is a robust, reliable and accurate RMS-to-DC converter with a wide range of applications. It offers flexibility, as it is capable of operating at a wide range of input frequencies, can be configured to offer either single-ended or differential outputs, and can be used to measure both AC and DC signals. Its ability to accurately measure peak-to-peak values also makes it suitable for a variety of industrial and measurement applications.

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