Analog Multipliers, Dividers

Linear analog multipliers and dividers are electronic circuits that take two or more analog input signals and produce an output that is the product or quotient of these input signals. These circuits are commonly used in a wide range of applications to perform multiplication and division operations on analog signals. Analog multipliers are capable of taking two input signals and producing an output that is the product of these signals. They can also be used to implement related functions such as squaring (by applying the same signal to both inputs) and square roots. Analog multipliers find applications in variable gain amplifiers, ring modulators, product detectors, mixers, gain control systems, true RMS converters, and pulse amplitude modulators (PAMs). Analog dividers, on the other hand, are designed to take two input signals and produce an output that is the quotient of these signals. These circuits are used in various applications where the division of analog signals is required, such as in feedback control systems, instrumentation, and signal processing. In summary, linear analog multipliers and dividers are essential components in analog signal processing, providing the capability to perform multiplication and division operations on analog signals. They find widespread use in a diverse range of applications across various engineering domains, contributing to the implementation of complex signal processing tasks and control systems.