Finding IC current using any circuit solution method
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Use the mesh-current method to find the branch currents ia, ib, and ic in the circuit in figure also find currents ia, ib, and ic if the polarity of the 64 V source is reversed. The values of v1 and v2 are 64 V and 30 V, respectively. 4Ω 2Ω U1 1は10Ω 1Ω 3Ω
A.) Use the mesh-current method to find the branch current Ia in the circuit shown in the figure when Io= 2.2 ∠0∘A, Vg1= 22 ∠0∘V, and Vg2= 11 ∠0∘V.(Figure 1) B.) Use the mesh-current method to find the branch current Ib in the circuit shown in the figure. C.) Use the mesh-current method to find the branch current Ic in the circuit shown in the figure. D.) Use the mesh-current method to find the branch current Id in the circuit...
Why at resonance the branch currents IL and IC may each be larger than source current in LC parallel circuit.?
In the circuit above, R1 is 24Ω and R2 is 12 Ω. What is the current iC at time t=0+?
8. Find a) base current is , b) collector current ic and c) voltage between collector and emitter VCE Vcc=4.6V VCC RB=200k R WWW RRC=lk B=100 n-p-n BJT
a. What is an integrated circuit (IC)? b. What is the classification of ICs? c. Explain any procedure of fabricating IC from a discrete circuit, with an example. Please cite your sources and rephrase your answer to avoid plagiarism.
2) Consider the circuit below. Assume B=49 A/A, VBe=0.7V, VCEsat=0.2V. If the Collector current is Ic = 9.8 mA, Find Vc, VE, VB and VBB; as well as the currents IE and IB. Hint: VBB>0. Verify your assumption. 15V V BB ic 3 Rc CS 30622 AVC RB 10k 2 B E → VE ięRE ES 33012
In the circuit given below, R=10 Ω. Using mesh analysis, find the value of ia, ib , and ic.
MULTISIM 4.36 a) Use the mesh-current method to find the branch PSPICE currents in, in, and i, in the circuit in Fig. P4.36. b) Repeat (a) if the polarity of the 140 V source is reversed. Figure P4.36 7512 150 12 Ic 80 V in 182000 140 V 1252 250 12 w w
4. Find Is, Ic, and Ir in the following circuit (10 pts) 4Ω