Find the Thevenin Equivalent with respect to Terminals A and B for: 3 A R2 400 ww +300 V R1 150 Q ww R4 80 R3 10 Ω ww B
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- Electrical Engineering Determine the current Io using mesh analysis UTM UT j2 n StM UTM 5 UTM 420° UTM 25290° V mh UTM UTM UM 1520° A 2UTM UTSUTM UM - j4n TM I3 10Ω M UTM I4IEYGN9QmEpGpicor2WQ_ZtuQVINUKNNMTIMFBDWFFM consider the following circuit and find the contribution of the 2A source only in the value of Vx. 4Ω 50 Vx 10 A 2 A 3F= 20 0.2i 4 H O 4v otherwise 10 V BV O 6VDeduce the function of the following circuit: 5V Q3 2N6804 -ru A 1kHz 5-V -ru Q2 Q1 2N6659 B 1kHz 5V. Y. 04 2N6804 2N6659 XSC1 {} to (3
- Find RC in the delta equivalent * R1 37.5 R3 R2 50 30 150 ohms O 120 ohms 80 ohms 90 ohmsA 4.5MF Copacitor to a 74 K A Arilo ohms resistor with ç=20ov. initially unchucged is connected and an emf sourse 1) current in th Ac Circvit immediatlu of ter Saritch s clored?: b)cuirentin Ke ciccuit AMor vera long time after Switch s closed> ) what is te Charge On the copurilor ofter a verq long time atter the Sw/tch s i's clordi 1 How long After the Smitch is Closed (cached 50%0 has the coporitm of idy Pinal voltage.S E R₁ C1 R3 www R₂ C2 R4 www R5 The switch is open and capacitors are uncharged. At t = 0 the switch S is closed. Find the equivalent resistance of the circuit at t = 0. R₁ = R₁ Seçtiğiniz cevabın işaretlendiğini görene kadar bekleyiniz. R₁ = R₁ R₂ = 4R, R3 = R₁ R4 = 4R, C₁ = C₁ C₂ = C
- fınd the time constant and find equation for Vc Parallel RLC R2A 2k L2 18 mH VI -2 5V V2 2.5V TO 0 TR 1us TF lus PW 2ms PER 4ms Vin2 R28 220 C2 22n Figure 3 0Q/ Rth between a and b is: * 200 300 100 R2 V2 100 -20V b 13.727 O 12.727 O 11.727One student is working on the following converter. The gating signals sent to S1 and S4 are shown below (S1 and S3 are operating in a complimentary way, and S2 and S4 are operating in a complimentary way). Va= 100V, R= 1002, and switches are assumed to be ideal that conduction voltage is zero. P 2V Si S2 L A iL R V. B Va S3 S4 N Vs1 Ton=0.07ms Tof=0.03ms 15 V Ton Tof Vsa A 15 V 1. Express Vo using Va and the duty cycle (D, the duty cycle of S1) under above gating signals assuming a continuous-mode operation. 2. Determine the inductance (L) enabling the converter to operate under the boundary point (the boundary between continuous and discontinuous modes) using the given switching scheme. 3. Determine the output voltage ripple AV, under the condition of 1-2), that is under a boundary operation point. 4. To reduce the output voltage ripple (AV.) to 21V, a capacitor was connected in parallel with the load resistor R. Determine the capacitance C. +
- A docs.google.com Questions Find the passed current through R2 and the voltage drop on R3 * R43302 R5 R3 >2202 R1 1502 1002 10V 250 R6 1000 78 mA, 1.95 V 35.4 mA, 537 mV 78 mA , 537 mV 80.5 mA, 1.95 V 35.4 mA, 450mV 80.5 mA, 450 mV 2.44 mA, 1.95 V 80.5 mA, 537 mV 78 mA, 450 mV What could be the maximum power of the R1 in the simulation from the followingConvert this hexadecimal system to dual system. 1. 3D 2. 7F Convert the dual system to hexadecimal: 3. 011101 4. 10101QUESTION 12 1 points R1 O A 3k R2 6 ΚΩ 15V OB R3 8k2 FIGURE 1 From Figure 1 above find Vth (AC) O a. 10.55V O b. 14.45V O c. 12.35V O d. 15.5V Click Save and Submit to save and submit. Click Save All Answers to save all answers. Save All Answers Save anc MacBook Air 80 888 DI F3 F4 F5 F7 F8 F9 F10 F11 %23 2$ & 4 5 0 6 7 7 V 8 A 9 9 10 ト