5. Calculate the current i1 to is in the circuit shown below. b. Using Maxwell's Mesh 125 V 125 V + 1Ω IA 2 Ω www Ic 1Ω ig ia {6Ω is Σ 12 Ω is 524 Ω
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- 1. In the circuit shown in Figure 1, what is the voltage across the load capacitor 3µs after the switch is closed at 1 = 0. The voltage across the capacitor at 1 = 0 is zero volts. Remember the various analytic techniques that we have learned in order to simplify a circuit. RI I fese そこの Vs RZ S1.5ka 50V |.0022MF Figil2.) 34 & IN 852 31052 DIA 2A 16 852 742 √₂ 1252 Det hade equations Find hode voltages by Gauss- Jordan Elimination 044One of the laws governing the conservation of energy within electrical circuits stating that the sum of all currents leaving a node in an electrical network always equals zero. O Kirchhoff's Current Law O Kirchhoff's RLC Law O Kirov's RLC Law O Kirov's Current Law
- The reversed admittance of * ... Y-parameters is Y22 O Y11 Y21 Y12FIND h( n) and H( w) ( NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE).DETERMINE the location of poles using Routh Hurwitz G(s)=s*+55³ +9s²+8s+2 Complete the table: m N 10 Blank 1 Blank 2 Blank 3 Blank 4 Is the system stable or not?Blank 7 How many poles? Blank 8 lhp, Blank 9 rhp Blank 5 Blank 6 Blank 7 Blank 8 Blank 9 Add your answer Add your answer Add your answer Add your answer Add your answer Add your answer Add your answer Add your answer 1 Add your answer 5 Blank 1 Blank 3 Blank 5 9 8 Blank 2 Blank 4 Blank 6 2
- The transient response of a second order system is given by the following equation, for 5% criterion the settling time is * e 4t C(t) = 1- sin on V1-74 + 6 %3D 1-72 O 1.25 sec 0.25 sec 4 sec 0.75 secA4 Ruled 80 GSM Date 6? &4 () एणाप 115 0 Inductor and 2 capacitors to smooth the power supply delie vered to Q4 (a) A filter cir cuit Con Sists of an Its purpose is Tigure voltages so qs in that direct current is pure If the frequency of 60 Hz, reactance of Ci is It5 h at a deteimine the loud Its capocitance hilter Co Load power supplyFind the unknown currents in the circuits shown below. E 20 A 15A A 50 A B 120A15 F 40 A
- 2. Find the current i,, iz and iz in the circuit below: 1852 35011 (part 1 of 2) Consider the circuit 2. Vab 3 μF 2 μF क 5 μF 140 V 2 4. V-18 V 5. V-4 V 6. V-3 V 7. Vab- 2 V 8. V-9 V mecants (dm56498) – Homey What is the equivalent capacitance for this network? Answer in units of F. 012 (part 2 of 213 What is the charge stored in the 5 µF lower- right capacitor? Answer in units of µC.Electrical Engineering +12V R8 R9 R1 8,2K R2 4,7K R6 1000 1502 22K T3 LED3 RED ВС558 LED1 8 BLUE LED4 RED R3 10K LED2 R7 33K LED5 RED BLUE IC1 6 NE555 IC2 3 NE555 3 T2 BC548 R10 6 1000 2 T1 L14F1 LED6 +L C1 220u R4 1002 R5 4702 C3 2.2p 25V A LED7 WHITE C2 0.01u C4 25V "0.01p LED8 GND draw the circuit in block diagram preparation. like this 2.1 Block Diagram of the circuit Relay circuit Load Relay driver circuit LDR switch circuit AC Bridge Rectifier Voltgae Regulator Oscilator circuit Logic Circuit Transformer supply Swihch ing Icircuit ww www wi www