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ProblemsClear skill: Transmission Lines Build a practice set

ProblemCourse & topicStatus

CIR:9909251Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909252A voltage follower is built with an op-amp whose open-loop gain includes a second pole…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909253A second-order inverting band-pass section is required, and both GBW and slew constraints must be met.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909254Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909255Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909256Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909257Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909258A lumped driving-point impedance is proposed…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909259Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909260Four candidate voltage transfer functions are offered as possible realisations of a grounded two-port.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909261Two rational functions are proposed as driving-point impedances…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909262A first-order all-pass section is built with an ideal op-amp.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909263Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909264A passive twin-T notch is assembled as follows.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909265A Kerwin–Huelsman–Newcomb (KHN) state-variable filter is assembled from three ideal op-amps as follows.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909266A multi-parameter active-filter assignment requires a second-order band-pass response meeting, simultaneously…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909267Two galvanically isolated meshes are coupled only magnetically.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909268A reciprocal two-port is realised as a T-network with a common reference conductor that is the minus terminal of…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909269An ideal operational amplifier (infinite open-loop gain, infinite input resistance, zero output resistance, zero…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909270A single series loop contains, in the direction of mesh current i(t), an independent voltage source, a resistor…

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909271Two two-ports are cascaded (port 2 of N1 is wired to port 1 of N2, plus to plus and minus to minus).

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909272Mathematical problem title

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909273An unloaded ladder has the following topology.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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CIR:9909274Two series resonant meshes are coupled only by mutual inductance.

Transmission LinesCircuits 2 Problem Solving

Transmission-line foundationsCircuits II · Mixed review

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An internally compensated op-amp has slew rate

\mathrm{SR}=0.500\,\mathrm{V}/\mu\mathrm{s}

(that is,

5.00\times

…

A doubly terminated third-order Butterworth low-pass LC ladder is driven by an independent voltage source

v_s

in…

A driving-point impedance is given by

Z(s)=250\,\frac{s^3+2.00\times 10^{8}\,s}{s^2+1.00\times 10^{8}}\,\Omega

…

A fourth-order low-pass LC ladder, doubly terminated in

R_s=R_L=75.0\,\Omega

, is to realise a Butterworth…

A doubly terminated third-order Butterworth LC ladder is driven by an independent voltage source

v_s

in series…

An RC driving-point impedance is specified by

Z(s)=4.00\times 10^{3}\,\frac{(s+200)(s+800)}{s(s+400)}\,\Omega

…

A second-order all-pass biquad is required with

\omega_0=2\pi\times

4.00\,\mathrm{kHz}

and Q=2.00.

A linear transformer comprises coil 1 of

L_1=8.00\,\mathrm{mH}

(terminals 1–1', dotted at 1) and coil 2 of…