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About Mal Beginner

Mal
  • Registered: January 25, 2025

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Use the step – by – step method to find the value of the output current just after the switch opens, i 0 ( 0 ) , for t > 0 in the circuit in Fig. P 7 . 2 2 . Given R 1 = 1 1 k D , I = 1 6 mA , and C = 2 4 3 μ F . Figure P 7 . 2 2 Notes on entering solution: Enter your solution in milliAmps ( mA ) Enter your solution to two decimal points Do not include units in your answer ex . 5 mA is entered as 5 . 0 0

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0 Engineering 3 months 0 Answers Reply 7 views

Consider the circuit o f right. Please derive expressions for the voltage gains A 1 = v o 1 v i n and A 2 = v o 2 v i n .

Question
0 Engineering 3 months 0 Answers Reply 3 views

 2 – There i s n o energy stored i n the circuit shown when the switch i s closed. a – Find I 2 b – Use initial and final value theorems t o find i 1 ( 0 + ) a n d i 1 ( ∞ ) c – Find i 1

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0 Engineering 4 months 0 Answers Reply 3 views

Use step – b y – step method t o find i 0 ( t ) for t > 0 i n the circuit i n Figure 3

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0 Engineering 4 months 0 Answers Reply 5 views

For the given power system, A = 1 2 8 0 ° Ω , B = ( 2 0 – j 2 5 ) Ω , and C = ( 8 0 + j 6 0 ) Ω . Note that 4 4 0 V is an rms value. Find the reactive power. The reactive power of the given power system is ( ◻ ) kVAR.

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0 Engineering 5 months 0 Answers Reply 7 views

What is the voltage V L ( t 1 ) = V b – V c across the inductor at time t 1 = 2 6 . 0 5 m s

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in progress 0 Engineering 6 months 1 Answer Reply 15 views

Ask a question and you will be sure to find an answer!

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in progress 0 Engineering 7 months 1 Answer Reply 8 views

( 4 1 ) Q 4 sed 3 – 2 3 Calculate Is and the current, I, for V = 7 8 0 m V for a pn junction for which N A = 1 0 1 7 c m 3 , N D = 1 0 1 6 c m 3 , A = 2 0 μ m 2 , n i = 1 . 5 × 1 0 1 0 c m 3 , L p = 5 μ m , L n = 1 0 μ m ,  D p = 1 0 c m 2 s , and D n = 1 8 c m 2 s .  Update Note: you can assume that , and the calcelore nse V T = 2 5 . 9 m V . ( But show the calculation ) Solution

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in progress 0 Engineering 7 months 1 Answer Reply 12 views

For the following power supply shown, determine the ripple voltage. Assume silicon diode.

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in progress 0 Engineering 7 months 1 Answer Reply 12 views

Consider the circuit shown in ( Figure 1 ) . Take v = 8 4 V . Use the mesh – current method to calculate the power delivered by the dependent voltage source in the circuit.

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in progress 0 Engineering 7 months 1 Answer Reply 12 views
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