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ProblemsClear skill: State Space Circuits Build a practice set

ProblemCourse & topicStatus

CIR:9909201Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909202Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909203Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909204Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909205Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909206Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909207Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909208A linear resistive two-port has terminals 1 and 1' at port 1 and terminals 2 and 2' at port 2.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909209A linear resistive two-port has terminals 1,1' at port 1 and terminals 2,2' at port 2, with 1' joined to 2' as a…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909210A balanced lattice two-port has four terminals and no common connection between the two ports.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909211A linear two-port has a common reference formed by joining terminals 1' and 2'.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909212A linear resistive two-port has a common reference formed by joining terminals 1' and 2'.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909213A linear two-port is characterised experimentally in the z-parameter convention (both port currents entering the…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909214A linear two-port is characterised experimentally in the y-parameter convention (both port currents entering the…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909215Mathematical problem title

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909216A linear two-port has the open-circuit impedance parameters…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909217A linear two-port has…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909218A linear two-port has the short-circuit admittance parameters…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909219A linear two-port has the hybrid parameters…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909220Four linear two-ports are specified by parameter matrices.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909221A linear two-port has a common reference formed by joining terminals 1' and 2'.

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909222A linear two-port has…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909223A linear two-port has…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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CIR:9909224A linear two-port models a small-signal amplifier in the hybrid convention…

State Space CircuitsCircuits 2 Problem Solving

Circuit state-space modelsCircuits II · Calculation

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Showing 24 of 50 matching problems.

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An independent current source

i_s(t)

, a resistor

R=5.00\,\mathrm{k}\Omega

, and a capacitor

C=2.00\,\mu\mathrm{F}

…

A series connection of an independent voltage source

v_s(t)

, a resistor

R=5.00\,\Omega

, and an inductor…

A series loop is driven by an independent voltage source

v_s

whose negative terminal is grounded.

A causal lumped network has the voltage-to-voltage impulse response

h(t)=8.00\,\mathrm{e}^{-4.00 t}u(t)

, with

t

…

A series loop contains an independent voltage source

v_s(t)=24.0\,u(t)\,\mathrm{V}

, a resistor

R=6.00\,\Omega

, an…

A parallel combination of a resistor

R=50.0\,\Omega

, an inductor

L=25.0\,\mathrm{mH}

, and a capacitor…

A series loop contains an independent voltage source

v_s

, a resistor

R=7.00\,\Omega

, an inductor

L=1.00\,\mathrm{H}

…

A linear two-port is characterised experimentally in the hybrid (

h

-parameter) convention…