The Miller transformation is a powerful technique for simplifying and analyzing of circuits by inspection. …
Understand The Miller Multiplication Effect with easy ExamplesRead More »
A MOSFET device exhibits different impedance characteristic when viewed from each of the 3 main terminals. …
Node Impedance of the MOSFET Terminals: Source, Drain and GateRead More »
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. …
The Gain-Bandwidth Trade-Off Explained: Maximizing Performance in Circuit DesignRead More »
The input and output impedance are important parameters that describe how a circuit interacts with the signals and devices connected to it. …
Understanding the Importance of Input and Output Resistance in CMOS CircuitsRead More »
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. …
Understanding Miller Compensation: A Guide to Frequency StabilityRead More »
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? …
Several methods can be used to measure with Cadence Virtuoso the offset voltage of an operational amplifier (op-amp) using only simulations. …
Why Offset errors? How to Simulate the DC Offset in Op Amps with CadenceRead More »
The Cgd (gate-drain parasitic capacitance) in a CMOS common-source amplifier plays a significant role, especially at high frequencies. …
Cgd Gate-Drain Parasitic Capacitor effect on a CMOS Common Source AmplifierRead More »
Simulating and carrying out a proper noise analysis in Cadence is important to prevent undesired post-tapeout issues. …
How to make a Noise Analysis in Cadence step-by-stepRead More »
Charge Injection is caused by the switching action of the MOSFET, resulting in a brief injection of charge into the signal path, leading to voltage glitches. …
What is Charge Injection and Cancellation Techniques in Analog CMOS Switches (T-Gates)Read More »
Learn how to calculate the gain of a basic 2-stage CMOS Op-Amp using Cadence Virtuoso. Explore theoretical analysis, transient simulation, and AC simulation methods to accurately measure op-amp performance, stability, and frequency response in analog circuit designs.
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How to Calculate the Gain of an Operational Amplifier with CadenceRead More »
Struggling to find key parameters for transistors in Cadence? Learn how to quickly and effectively characterize NMOS devices with this comprehensive guide. …
How to Characterize NMOS Devices in Cadence: A Step-by-Step GuideRead More »
