Analog Multipliers, Dividers

Linear analog multipliers and dividers ICs are integrated circuits dedicated to performing multiplication and division operations on analog signals. They are widely used in mixed analog and digital systems to achieve high-performance mathematical operations.

 

1. What are Linear Analog Multipliers and Dividers ICs? 

These devices belong to the category of analog integrated circuits. They can directly perform multiplication （such as V out =k×V in1×V in2)and division（such as V out =k×V in1/V in2 ) operations on continuous analog signals. They are often used in scenarios such as signal modulation, demodulation, or error correction. They are usually integrated into active component designs to improve calculation accuracy and response speed.

 

2. What are the ‌Technical Features of Linear Analog Multipliers and Dividers ICs?

High Precision and High Speed: Modern variants are optimized for traditional problems of low precision, low speed, and single function, suitable for real-time signal processing needs.

Mixed Signal Processing Capability: Can be seamlessly integrated into analog-to-digital conversion systems to process complex signals to expand functional flexibility.

 

3. What are Linear Analog Multipliers and Dividers ICs Used for?

In radio engineering and communication equipment, they are used for signal gain control, frequency synthesis, or power calculation.

 

As a core component of intelligent microelectronic systems, it supports mixed mathematical operations in microprocessors, such as sensor signal conditioning or feedback control.

 

The development of such ICs reflects the key role of analog integrated circuits in improving system integration and performance.