AD539SE/883B

The AD539SE/883B is a linear analog multiplier/divider. It has two inputs, X and Y, and one output. The output is the product (or quotient) of the two inputs. It has an amplifier stage in the multiplier output and provides either the product or the quotient of the two input signals. The output is proportional to the product (or quotient) of the two input signals, x-in and y-in.

The AD539SE/883B is used in various applications where multiplying or dividing ratios are required. The output voltage is proportional to the quotient or product of the two input signals. It can, therefore, be used to divide the input voltage or produce output voltage that is the product of the two input voltages. It is ideal for computing larger power ratios in applications where accuracy and linearity are critical. The linearity and accuracy depend on the ratio of the two input signals.

The AD539SE/883B device is typically used for digital-to-analog conversion, analog-to-digital conversion, signal frequency measurement, phase difference measurement, instrumentation, voltage regulation, and a variety of other applications. In addition, it is often used to convert wide-range AC signals to DC signals.

The working principle of the AD539SE/883B device is simple. The two input signals, x-in and y-in, are amplified by a Proportional-to-Voltage Amplifier, providing a product or quotient of the two inputs. The output voltage, v out, is proportional to the product or quotient of the two signals. The output voltage is kept within ± 16.5V range by an amplifier stage.

The device also has a high accuracy of 0.1% and a high linearity of 0.05%. This makes the device ideal for applications where accuracy and linearity are required. The device can be powered with +15V and -15V and it consumes only 2.3 W of power. The AD539SE/883B also has TTL compatible digital inputs and outputs, making it easy to interface with computer or digital logic circuits.

The AD539SE/883B device is an ideal choice for designing analog circuits and systems. It is capable of providing accurate and linear results and has a very low power consumption, making it suitable for a wide variety of applications. Its wide range of input and output voltages makes it an ideal choice for designing analog circuits operating in a wide range of application areas.