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What is the nested dc sweep?
A nested DC sweep is a simulation technique used in circuit analysis to systematically vary multiple parameters or sources in a circuit while observing the response of other circuit elements. This method involves performing a DC sweep for one variable while simultaneously sweeping one or more additional variables, allowing for a comprehensive examination of how changes in parameters affect circuit behavior. It is particularly useful for analyzing complex circuits where the interaction of multiple variables is crucial for understanding performance, stability, and other characteristics.
What are the parameters of analog signal?
The parameters of analog signals are 1.Amplitude 2.Wavelegth 3.frequency 4.phase angle
What are astronomical parameters for moon sighting?
the astronomical parameters are 1-elongation 2-altitude at the time of sunset 3-width of lunar disc
What is the circuit breaker in a York Fitness T101 treadmill?
What is a fitness circuit? a fitness circuit is were it makes u fit and healthy. Is a circuit breaker a circuit? No, it is an inherent part of the circuit. In simple terms and condtion
Does voltage flow across a circuit or is it impressed across a circuit?
Voltage is impressed across a circuit. Current flows through a circuit.
What circuit whose parameters change with voltage or current?
non-linear circuit
How distortion can be avoided?
simple.........by changing the circuit parameters
Which two port parameters are best suited for analyzing a series shunt feedback circuit?
h parameters
Which 2-port parameters are best suited for analyzing a series-shunt feedback circuit?
h parameters
Why z parameters are called open circuit impedance?
In the Z-parameter Equations the independent parameters are Currents i.e., i/p And O/p . therefore to find any of the parameter(Z11,Z12,Z21,Z22) We have to either open circuit the input or the output port .as we are open circuiting any one of the port the Z-parameters Are called as open circuit parameters Got It ! Clear!
Why are h parameters known as hybrid parameters?
Every linear circuit having input and output terminals can be analysed by four parameters- 1 measured in ohms; - 1 measured in mho; - 2 are dimensionless are called h parameters. Hybrid means 'mixed'. Since these parameters have mixed dimensions, they are also called HYBRID PARAMETERS. These parameters are used to specify a transisitor performance conveniently for small voltages and currents in a particular circuit.
What are parameters of equivalent circuit?
Parameters of an equivalent circuit typically include resistance, capacitance, and inductance, which represent the electrical behavior of a system. These parameters help in modeling the circuit's response to voltage and current, allowing for analysis of its performance. Additionally, equivalent circuits often incorporate complex impedance to account for frequency-dependent behavior. Understanding these parameters is essential for designing and analyzing electrical systems effectively.
What is the relationship between a circuit and a circuit configuration?
circuit is a schematic which explains some operation using some symbols. circuit configuration is giving a detailed explanation about its parameters
What are the two primary transmission parameters engineers use when designing a circuit?
Signal Loss and Bandwidth
What are performance parameters of rectifier?
Rectifiers have two parameters of interest - maximum forward current - and maximum reverse voltage. A rectifier is generally chosen based on these two parameters. Other parameters include turn-on/turn-off time, forward voltage drop, and capacitance. The importance of these and other parameters depends on the circuit design requirements.
What parameters do you change in volume control ventilation to increase expiratory time?
what is the purpose of a heated wire circuit
Why y parameters are called short circuit parameters?
y-parameters :- I1=Y11V1 + Y12V2 I2=Y21V1 + Y22V2 so to obtain Y11 and Y21 make V2=0 , (shorting the output terminals) Y11=I1/V1 Y21=I2/V1 so to obtain Y12 and Y22 make V1=0 , (shorting the input terminals) Y12=I1/V2 Y22=I2/V2 as all the admittance parameters obtained are due to either shorting the input or shorting the output terminals so we ca;; these parameters as short circuit admittance parameters
