+ www 3 Ω ww 292 592 ww 45 A 12 V Using the superposition theorem, find vo in the circuit. Answer: 7.4 V.
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Circuits: Superposition Theorem
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- the total resistance of the following circuit is: * 150 Req R1 R3 18Ω 200 R8 R2 3140 R5 U6 22.72 27.21 20.72Pictured circuit inductor I current ILO is before opening switch k: E = 10 V R₁ = 20 R₂ = 10 L = 0.1 H L = 0.1 F E Select one: O a. 1 A O b. 5 A O c. 10 A d. OA R₁ k L i(t) с HI R₂A series R - L - C - circuit consists of a 25 ohms resistor , a 0.221 henry inductor, and a 66.3 microfarad capacitor , for what 60 - cycle impressed voltage will the current be 2.5 amps? 250V 125V 300V 110V
- Ex. 2170. Refer to Figure 2170. Assume all mks units. Determine Thevenin's and Norton's equivalent circuits looking in the xy-terminals shown. Determine: V6/_ ThV6, R7, X7 (plus or minus), I8/_ ThI8, and R9, X9, given R1=15 (ohms), XL2= 3 (ohms), XC3=16 (ohms), R4= 4 (ohms), and V5= 3/ 1.40 (volts & radians) ans:812 Which of the circuits in the figure will give you Vab = 7 V? O b none from the choices O a Oc 3 V 3V SV IV SV IV (c) a 3V 3 V 5V IV (b) SV IV (d) aObtain the Norton equivalent at terminals a-b of the circuit in the following figure if R₁ = 11 k and R₂ = 53 k. 2 V (+ RN= IN I R₁ www 0.001Vab ΚΩ mA 801 R₂ + Vab o b
- Calculations and Discussion: 1. Perform the theoretical calculations to determine the Q-point for both circuits and compare them with the measured values. Vcc =+12V Quantity Measured Rc 1k2 VB 0-6 28 volt Rp 1 MQ Vc 07-82 Volt 0. 628 U Volt V BEQ BC107 0-0000||3A A 0-00118 A 0.782 UoIt IBQ Vc IcQ VB V CEQ Bac Transistor DC Biasing Circuits Vec =+12V Quantity Measured Re VB 4.459 V R, 849V 3-860Y 10k2 Vc VE вс107 Vc Y.459V 0:00 351 A V BEQ VB 5.6k2 IcQ Ve R Ika V CEQ 8.49NG SYST a. V-Vo 5 O b. -0.06 A Oc. Vo-V, A supermesh can be formed by combining two loops that contain a common voltage source. Select one: O True O False PAGE nere to search 耳 Ae TOSHIBADetermine the Thevenin open-circuit voltage in the figure below as seen from terminals a-b. j4 N ll V. 8Ω ww o a j2 N 5/0° A 0.2V, 4Ω 7.3524-72.9° V O 73.52472.9° V O 735.2472.9° mV O 7.352479.2° V O 7.352472.9° V