A MOSFET device exhibits different impedance characteristic when viewed from each of the 3 main terminals.
Circuit Design
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.
Fanout: How to Properly Size the CMOS Inverters in a Chain in Analog Circuits
A typical problem in integrated circuits is distributing a digital signal to a very large node, such as clocking for registers, memories and counters. The propagation delays and skew must be minimized to avoid malfunctions.
Cascaded of 2 RC Low-Pass Filters in Series
When two first-order RC filters are cascaded, the overall transfer function is not simply the product of two individual RC filter transfer functions… WHY?