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- answer all plsMC tres!) oftand Q3/A- Design a voltage regulator circuit by using variable input voltage. Use the following information in your design: Izk = 0.25mA, PD(max) =1W, voltage Zener Vz-10v, the resistance R-22002. aqd pul rosmo B-What is a Zener diode? roapsulaav 322 3352 1. What is the total Current? 2. What is the VOltage across the 2 onm resistor? 3. What is the curent through the 3n resistor? 4. What is the power suppued by the batiery
- IMPLEMENTATION OF XOR AND XNOR GATES USING NAND GATES 1. Material Required: Logic Trainer Connecting Wires Components(IC’s): 40112. Procedure:It is clear from the logic diagram that the NAND gate implementation of XOR gate requiresfive NAND gates. You will need two quad- 2 in NAND gate ICs to perform this experiment.Gets the required number of ICs containing NAND gates and other apparatus from the labattendant. Plug in the ICs in the breadboard of the Logic Trainer. Connect 5Vdc power supplyand ground on pins 14 and 7 respectively. For other pin configuration consult the data sheet (wehave already used NAND gates in the first lab so it should not be a problem). Wire your circuitaccording to the logic diagram for XOR gate as given above. Once you have wired the circuit,check it with your instructor and, if approved, power up your circuit. The outputs should beconnected to the LEDs on the Logic Trainer for monitoring purpose. Apply different inputcombinations at the input and note…4/0 -jln Find the voltage value vo(t) using Thevenin's theorem. 12 + Vx - 10 + jln 10 Vo 2Vx +,If we are given values of Vrms, L, C, R, and frequency, how do we approximately know where Vrms will be located on the phasor diagram? It is known that Vl leads current while Vc lags current by 90 degrees. But what about Vrms in relation to current or in general?
- I would love a detailed explanation for this problem. In a phasor diagram, how do we, approximately, know where Vrms will be located? It is known that Vl leads current while Vc lags current by 90 degrees. But what about Vrms in relation to current or in general?In the circuit shouon, fend the P.D. across the 10ohm rerislor. is A i, - 2 1V 2V l02 isGiven VDS = 4 V for the configuration shown. Decide:
- An 80-2 resistor and a 20-2 resistor are connected in parallel, and then this combination is connected in series with a 32- resistor and a 24-V battery. An ammeter to measure the current through the 80- 2, and a voltmeter to measure the potential difference across the 32 Q is needed. TOraw the cireit 2 K he total 1e meter astanco of the cire What is the difference -potential across the 32-Q resistor? Across the 80-2 resistor? = 5. What is a fuse and how does it protect a circuit or device to which it is connected? 6. Show using diagrams how using only 2 Q resistors the following resistances can be made: ( a) 0.5 Ω (b) 1 Ω, ( c )3 Ω; ( d ) 5 Ω. 7. Three wires in a circuit meet in a common point. The currents flowing in two of them are 2 A and 3 A respectively. What are the possible values of the current in the third wire? Explain your answer [drawings would help]. D koksch_b201pdt Show AN MacBook Air esc 288 10 F11 F12 %23 & 2 4. 6. 8 9 11 delete Q W R T Y tab ps lock S D G H J. 11 K L…Wo resrstors Gol Hnaid62m parallel are Comneted to tte Hermonale ofa battery Conb16Ang baltay Gnbiftng dn Emf four Cells gach havmg '0f bsv , tf the Cerent maferres Corre Hhe fr Corl rs O.GA; Fmde) トn the Cunre 42 Corl rs O.GA; t m the Br Col. bJ the the mternal regstence of batterTA wire A 132 wire B 3e/2 Assume thot same voltage is applied Current density flawing is A and B, find the reletion between accrass these for wires wires If the same A condativity of wire A (TA and wire B (Ue).