AD536ASD

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RMS to DC Converters are widely used in many applications, and one of the most popular devices among them is the AD536ASD. This device has been designed to convert from rms to dc just like any other converter in its category, but what sets this converter apart is its flexibility and advanced features.

The AD536ASD is a high-precision, wideband, AC-coupled, chopper-stabilized device with a very wide input dynamic range and low offset voltage. It is designed to convert an AC voltage signal into a DC voltage corresponding to the average value of the AC signal. The DC output voltage is unaffected by phase or amplitude distortion of the input signal, and is available as soon as the input signal is provided.

The device is based on a chopper-stabilized input stage, with a wide split-Supply current mode reference amplifier to provide linearity and low offset voltage, and a subsequent amplifier stage for gain and accuracy. The average DC voltage is determined by the balanced sampling circuitry and the peak-detection circuit. The current-mode reference drives the peak-detection circuitry, which converts the AC voltage to its DC equivalent.

The AD536ASD has a built-in auto zeroing circuit that periodically re-adjusts the device for maximum accuracy. The auto-zeroing circuit operates on a selectable time interval, depending on the user-specified application. Other features include a built-in noise filter to remove unwanted high frequency noise and distortion, and a thermal shutdown option to protect the device from damage due to excessive temperatures.

The AD536ASD is designed to provide high accuracy in a wide range of applications, such as AC/DC power supplies, power line communications, measurement and control systems, portable device battery monitoring systems, and precision data acquisition systems. The device also has a wide range of input voltage ranges, and can be used with both single-ended and differential inputs.

In conclusion, the AD536ASD is a highly flexible and accurate RMS to DC converter that is suitable for a wide range of applications. The device is equipped with an auto zeroing circuit for maximum performance, a wide range of input voltage ranges, and a built-in noise filter. It is an ideal device for precision power conversion, measurement and control systems, power line communications, and portable device battery monitoring systems.

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