Digital circuits are typically inexpensive, adaptable, and reliable. In most cases, digital multipliers offer better accuracy and flexibility, and they’re more suitable for complex calculations ...

All four circuit variants relyon the same principle: using the analogswitch to adjust the duty-cycle ratiobetween two analog input levels, and alowpass filter (LPF) to eliminate thePWM chopping ...

[3] CMOS analogue current-mode multiplier/divider circuit operating in triode-saturation with bulk-driven techniques. Integration (2017). [4] CMOS design of a low power and high precision four ...

Current conveyors and capacitance multipliers are fundamental building blocks in modern CMOS technology, facilitating advanced analog signal processing and integrated circuit design.

The innovative digital control algorithm used in the Ultra+ PLL achieves unprecedented loop bandwidth precision, enabling user-defined settings as accurate as 0.1% of Fref – with further accuracy ...

In principal, the ICs implement a capacitance multiplier circuit to emulate the Y-capacitors in a conventional passive filter design. They do while sitting amongst smaller filter inductors and ...

The One-Cycle Control (OCC) technique used in the IR1150 is a form of CCM PFC that delivers the performance of CCM PFC operation, but with the simplicity, reliability and low component count of a ...