ELECTRIC CIRCUITS-W/MASTERINGENGINEERING
ELECTRIC CIRCUITS-W/MASTERINGENGINEERING
11th Edition
ISBN: 9780134894300
Author: NILSSON
Publisher: PEARSON
Question
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Chapter 12, Problem 56P

a.

To determine

Find the steady state expression for inductor current.

b.

To determine

Compare the obtained expression of inductor steady-state current with the complete response for inductor current calculated in the practical perspective.

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BW=1MHZ For Johnson-Nyquist Noise Generator (or Thermal Noise Generator), the device utilizes the thermal noise that naturally arises from the random motion of electrons in resistors at a non-zero temperature. The voltage is arising from thermal noise in two resistors of 80 and 120 Qat Temperature T=290 °k: 1-Write the equations of v(t), 12(t), up on the circuit diagram of series and parallel connecti 2- Apply the equation v(t) to find Vrms for series connection scheme. 3- Find inrms for Series scheme 4- Find the Vrms for series scheme. By using i̟rms √³(+)O v²(t) 80 120 ww R₁ R₂ Gi G if(t) 1/80 1/120
For Johnson-Nyquist Noise Generator (or Thermal Noise Generator), the device utilizes the thermal noise that naturally arises from the random motion of electrons in resistors at a non-zero temperature. The voltage is arising from thermal noise in two resistors of 80 and 120 Qat Temperature T=290 °k: 1-Write the equations of v(t), 12(t), up on the circuit diagram of series and parallel connecti 2- Apply the equation v(t) to find Vrms for series connection scheme. 3- Find inrms for parallel scheme 4- Find the Vrms for series scheme. By using inrms 80 Q 120 ww R₁ R₂ v²(t) Gi i²(t) 1/80 1/120
Vcc=-12 V;R1=33 kΩ;RC=1.8 kΩ;βDC = 150;RE=560Ω;R2=5.6 k Ω確定圖5-38中的I1、I2和IB。 課本給的答案A: I1=315μA;I2=288μA ;IB=27μA,請教我計算過程

Chapter 12 Solutions

ELECTRIC CIRCUITS-W/MASTERINGENGINEERING

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