AD632BDZ

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The AD632BDZ is a precision analog multiplier, divider, and linearizer that is ideal for a range of applications, including in audio and communications systems, instrumentation, and medical equipment. Utilizing voltage-to-frequency-conversion (VFC) and linearization, the AD632BDZ is designed to permit operation with a broad range of input amplitudes, allowing for the possibility of a wide variety of applications and user experiences.

As a linear-analog multiplier and divider, the AD632BDZ works by converting a control voltage (VIN) into a frequency (f) and then multiplying or dividing the frequency of VIN by a factor of two or four. The output voltage (VOUT) is directly proportional to the frequency of VIN and is determined by the input ratios of the multiplier or divider. This direct proportion facilitates linearity and accuracy in the output signal. The AD632BDZ has very low linearity error and low nonlinearity, allowing for operation in a broad range of input and output voltages.

In addition to its multiplication and division capabilities, the AD632BDZ can also be used to linearize the output of an input signal. This is achieved via its wide linearization range, which enables the conversion of an input voltage to a linear output voltage. The wide linearization feature also allows for the use of a single VFC stage for multiple linearization applications. The AD632BDZ can linearize a signal over a range of 5V to 10V and beyond, preserving accuracy and linearity of the output signal.

The AD632BDZ also features a noise reject pin that is used to reduce noise from the output signal, eliminating spurious signals and resulting in improved performance. The reject pin also helps to reduce the power consumption of the device, making it more efficient and allowing for more applications. Finally, the AD632BDZ has a low offset voltage, thus reducing chance of instability.

The AD632BDZ is a versatile linear-analog multiplier, divider, and linearizer that is applicable in a wide range of applications. Its accuracy, low power consumption, and low noise make it an ideal choice for signal conditioning in audio, communications, and medical systems. Its low linearity error, wide linearization range, and high performance allow for users to create multiple linearization applications and experience exceptional performance.

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