AD834AR-REEL Integrated Circuits (ICs)

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AD834AR-REEL: Linear - Analog Multipliers, Dividers.

The AD834AR-REEL is a Linear – Analog Multipliers and Divider integrated circuit that provides precision, CMOS linear multiplying and dividing circuitry. This circuit provides unparalleled speed and accuracy, making it suitable for a variety of high-precision applications. Several other variations of the AD834AR-REEL are available for specific applications. Some of the most popular include the AD834ARZ, the AD834AR-25, the AD834BR, and the AD834CR.

The AD834AR-REEL is designed to combine or separate signals in a variety of linear – analog applications. A typical application of the AD834AR-REEL would be a digitally-controlled multivibrator circuit. In this circuit, the Digital Logic Inputs (A and B) are used to control the output amplifier and provide the required voltage gain and response. The AD834AR-REEL can also be used for frequency division, phase detection, and adding and subtracting amplitudes.

The AD834AR-REEL provides precision, CMOS linear multiplying and dividing circuitry. It utilizes a high slew rate, low voltage noise, and low power dissipation per section of operation. The low voltage noise is especially important given the fragile nature of most analog applications. The AD834AR-REEL also has excellent offset and gain accuracy, allowing the user to set and maintain precise gains over a wide range of analog signals.

An efficient use of the AD834AR-REEL is the generation of correct source and sink currents with the composition of two voltage signals. This can be achieved in two ways: either a series-shunt current amplifier or a shunt-series configuration. In the series-shunt configuration,the two voltage signals are applied to two input JFETs, with two output-mirROR transistors constructed in the same configuration. By adjusting the polarities of the input signals, the currents flow in the reverse branch in the same direction.In the shunt-series configuration, the input signals are applied to two input JFETs, and the current from the first input is applied to the diode connected to the second input. Therefore, the current flows from the second input to the first input and sustains the current in the shunt branch.

The AD834AR-REEL architecture is based on the linear-analog IC technology, which combines both the precision and performance of analog with the high-performance and wide dynamic range of digital logic ICs. With its high linearity and wide operational range, the AD834AR-REEL is designed to reduce the design time and cost by providing a complete solution to the analog control needs. It is versatile enough to meet the requirements of a wide variety of applications, such as adjustable gain amplifiers and precision current sources.

The AD834AR-REEL is a versatile solution for linear-analog multiplication and division applications. It features high linearity, wide operating range and low power consumption, making it a practical solution for high-precision, low-power applications. It is designed for high-performance and low-voltage noise, making it ideal for analog applications. The precision, CMOS linear multiplying and dividing circuitry of the device enable the user to set and maintain precise gains over a wide range of analog signals, and its versatility has made it an ideal choice for a variety of applications.

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