The Miller transformation is a powerful technique for simplifying and analyzing of circuits by inspection.
Node Impedance of the MOSFET Terminals: Source, Drain and Gate
A MOSFET device exhibits different impedance characteristic when viewed from each of the 3 main terminals.
The Gain-Bandwidth Trade-Off Explained: Maximizing Performance in Circuit Design
Understanding the trade-off between gain and bandwidth is essential for designing efficient CMOS circuits. The gain-bandwidth trade-off impacts the performance of amplifiers, filters, and other circuits.
Understanding the Importance of Input and Output Resistance in CMOS Circuits
The input and output impedance are important parameters that describe how a circuit interacts with the signals and devices connected to it.
Understanding Miller Compensation: A Guide to Frequency Stability
Miller compensation is the most popular technique to ensure frequency stability. By adding a feedback capacitor between amplifier stages, it shifts the dominant pole to a lower frequency, improving Phase Margin and system stability.
Introduction to Energy Harvesting in IoT… Why???
Autonomous sensor nodes are the key element for spreading IoT technology and are becoming increasingly popular. The global market is expected to grow annually up to 25.4% in the 2021–2028 period, from 381.30 billion dollars in 2021 to 1854.76 billion dollars in 2028 [1]. Considering the large number of different communication protocols that can be adapted to every case, the next big challenge in the autonomous sensor nodes field is the battery life.