On-chip clock-rate multiplication is usually achieved using a phase-locked-loop (PLL) circuit. However, integration of such an analog-intensive and noise-sensitive circuit with a digital circuit ...

Los Altos, California, June 23, 2025 -- True Circuits, Inc. (TCI), a leading provider of analog and mixed-signal intellectual property (IP) for the semiconductor, systems and electronics industries ...

In short, a multiplier takes the total number of students enrolled at the school and multiplies it by 1.5 and uses that number when placing the school in a classification (5A, 4A, 3A, etc.).

Cost: In certain situations, a simple analog multiplier circuit is cheaper to implement than a complex digital multiplier, especially for low-precision applications.

This high-resolution audio amplifier delivers exceptional sound quality with a simple yet efficient circuit design. Engineered for powerful performance, it enhances audio output with clarity and ...

A reversible circuit module is said to be parity-preserving if the parity of the inputs (i.e., exclusive-OR of the input bits) is the same as the parity of the outputs.

An RF signal generator, particularly at microwave frequencies, has historically been generated based on phase-locked loop (PLL) synthesizers. [1] The PLL allows the generation of stable high frequency ...

For example, the CPU would need a high clock frequency for performing calculations faster, while the Display module may not. This is where a Phase-Locked Loop circuit comes into the picture. As shown ...

A simple electric circuit learns to classify data in a creative new design that could lead to more energy-efficient machine-learning hardware.

We describe a very simple clock multiplier circuit, capable of multiplying the clock frequency by an integer M and producing an output with a relatively symmetric, self-adjusting phase. The circuit is ...