Circuit Analysis Collaborative Articles - 20 Articles (original) (raw)
- All collaborative articles
- Circuit Analysis
What are the advantages and limitations of using Thevenin Norton theorems in circuit analysis? 2 contributions Learn how to use Thevenin and Norton theorems to simplify complex circuits with sources and resistors. Discover their advantages and limitations for circuit…
Circuit Analysis
How do you use two-port networks to study the effects of loading and matching on circuit performance? 0 contributions Learn how to use two-port network parameters and models to analyze and design circuits with loading and matching effects.
Circuit Analysis
How do you identify and model the nonlinear elements in a circuit, such as diodes and transistors? 0 contributions Learn how to recognize, simplify, analyze, and validate nonlinear elements in circuits, such as diodes and transistors, using basic techniques and tools.
Circuit Analysis
How do you design a feedback network to improve the CMRR of op-amp in a closed-loop configuration? 0 contributions Learn how to design a feedback network to improve the common-mode rejection ratio (CMRR) of an op-amp in a closed-loop configuration. Find out the types…
Circuit Analysis
How do you measure and improve the phase margin and gain margin of your op-amp feedback loop? 0 contributions Learn what phase margin and gain margin are, how to measure and improve them, and how to verify the stability of your op-amp feedback loop.
Circuit Analysis
How do you troubleshoot and optimize the performance of an RLC circuit in a real-world scenario? 1 contribution Learn how to troubleshoot and optimize RLC circuits using tools, techniques, and principles of circuit analysis.
Circuit Analysis
How do you test and debug memory and register circuits for faults and errors? 0 contributions Learn how to test and debug memory and register circuits for faults and errors using common tools and techniques at different levels and stages.
Circuit Analysis
How do you interpret and present the results of a Wheatstone bridge measurement? 0 contributions Learn how to use a Wheatstone bridge to measure an unknown resistance, calculate the uncertainty, report the result, show the diagram, and explain the applications.
Circuit Analysis
How do you compare and evaluate different two-port network models and methods? 0 contributions Learn how to choose, convert, find, measure, compare, and evaluate different types of two-port network models and methods for circuit analysis.
Circuit Analysis
How do you account for the frequency dependence and nonlinearity of coupled inductors in circuit analysis? 0 contributions Learn six methods and tips to model and analyze coupled inductors with frequency-dependent and nonlinear effects in circuit analysis.
Circuit Analysis
What are some common types of dependent sources and how do they differ in their behavior and notation? 0 contributions Learn about common types of dependent sources in circuit analysis, how they produce outputs based on inputs, and how to represent them with symbols.
Circuit Analysis
What are some practical examples of applications that require high CMRR op-amp circuits and why? 0 contributions Learn why high CMRR op-amp circuits are important for signal processing applications such as biomedical instrumentation, audio amplifiers, and instrumentation…
Circuit Analysis
How do you use superposition to simplify nodal analysis problems? 0 contributions Learn how to use superposition to simplify nodal analysis problems with multiple sources. Find out the steps, benefits, limitations, and tips of this technique.
Circuit Analysis
What are the challenges of designing and testing dc circuits for high-frequency signals? 0 contributions Learn about the common challenges and solutions of designing and testing dc circuits for high-frequency signals, such as noise, heat, accuracy, gain, interference…
Circuit Analysis
How do you handle complex impedances and admittances in phasor circuits with capacitors and inductors? 0 contributions Learn how to handle complex impedances and admittances in phasor circuits with capacitors and inductors.
Circuit Analysis
How do you implement state machines and counters with flip-flops and latches? 8 contributions Learn how to use flip-flops and latches to implement state machines and counters, two common applications of sequential logic, in digital systems.
Circuit Analysis
What are the effects of capacitance and inductance on ac and dc circuit behavior? 1 contribution Learn what capacitance and inductance are, how they affect ac and dc currents, and how to solve circuit problems with capacitors and inductors.
Circuit Analysis
How do you use S-parameters to design matching networks and filters for RF circuits? 0 contributions Learn what S-parameters are, how to measure them with a VNA, and how to use them to design matching networks and filters for your RF circuits.
Circuit Analysis
How do you tune a resonant circuit to match a desired frequency or impedance? 0 contributions Learn the basics of resonance in AC circuits, the types and parameters of resonant circuits, and the methods and tools for tuning them to match a desired frequency…
Circuit Analysis
How do you apply the maximum power transfer theorem to design efficient power sources? 0 contributions Learn what the maximum power transfer theorem states, how to apply it to DC and AC circuits, and what are some practical implications and limitations of it.
Circuit Analysis