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Answer all the questions, please. 1) 2) In the circuit below, if VB1 = 1.3V and...
(a) The following circuit shows a linear voltage regulator. Assuming the zener diode has specifications (VZ = 2.5 V, IZ = 60 mA), select adequate resistor values to provide a regulated output voltage Vo = 10 V from an unregulated voltage Vi = 15V. (b) Calculate the power efficiency of the regulator when a load RL = 10Ω is connected to the regulator output. (c) Briefly explain the terms “dropout”, “line regulation”, and “load regulation”, as they apply to voltage...
that's all information it gives A zener-diode voltage regulator circuit is shown below. The tage V 8.0V and the zener resistance is assumed to Problem 3: (20 points) zener diode has breakdown vol be 0 ohms. The power supply voltage Vps can vary between resistance RL can vary between 100 ohms and 1 kohm. 10V and 14V and the load Ri PS 1. Find a value of Ri such that the zener diode remains properly biased over the range of...
Please answer clearly Determine voltage characteristics (Vout/V) of the circuit shown in Figure 1. Assume: a) Diodes D1 and D2 are ideal. b) Zener diode has r2-0 with the break down voltage of Vz-12 V. 1ΚΩ D1 D2 추 R2 1ΚΩ Vout Figure 1
The circuit above is a Zener voltage regulator using D1N750 zener diode with Vz=4.7V: 1. Calculate the minimum value of E in order to have the voltage across RL regulated VL=Vz 2. Using Orcad PSpice schematics, simulate the circuit using bias point and find Iz, IL, Is and Vz (the circuit must have all voltages and currents values shown). 3. Using Orcad PSpice schematics, use DC sweep to vary RL from 200 ohm to 1000 ohm and plot VL (for...
All used in the next circuit diodes are silicon. Zener of diode D2 the voltage is 8 V, the zener voltage of the D4 diode is 5.6 V It is given as. Applied input voltage Vin = 20 sin (ωt) is determined as V. Output of the circuit voltage changes according to the applied voltage of Vin Analyze the circuit and draw it. (Simplified of diode element model will be used.) (I can't analyze. Please explain) R + D D3...
please do 2-4 2. Design a circuit for measuring the ID-Vp reverse characteristic of the 1N5231B Zener diode for -10 mA s ID s 0. 3. Calculate the maximum power loss in the Zener diode. 4. Calculate the maximum power loss in each resistor. Rs Rs 4702 Iz! T4709 Iz & VzEE 1N5234 Il RL SV. 1k2 - Figure 1. Zener diode test circuit. Figure 2. Zener diode voltage regulator.
All the diodes used in the circuit are silicon. Zener voltage of D2 diode is given as 8 V and zener voltage of D4 diode is given as 5.6 V. Applied input voltage is determined as Vin = 20 sin (ωt) V. Draw the change of the output voltage of the circuit according to the applied voltage by analyzing the circuit. (Correct drawings made without analysis will not be evaluated. Simplified model of diode element will be used.) D3 Vou...
b) For the circuit shown in Figure Q1(b) below, the voltage source is 18 V. Determine Vo, Voz and /. [CO2/PO3/C4] (10 marks) Vo1 0.47 k 1 ka Vo2 Si 18 V Si Figure Q1(b) For the circuit shown in Figure Q1(b) below, the voltage source is 18 V. Determine b) Vot, Voz and / [CO2/PO3/C4] (10 marks) Vof 1 ka 0.47 kn Vo2 ZSI 18 V Figure Q1(b) ) Figure Q1(c) shows a basic voltage regulator circuit. Determine Vi,...
In the circuit below, T1 is rated 14.3V RMS secondary voltage, D1, D2, D3 & D4 are IN4001 rectifying diodes and RL is 3.3KQ. Given that R1-5600, and R2-2.2K2, use the formula provided to calculate the output voltage (Vo) of the LM317 voltage regulator. Provide an answer in engineering notation, correct to 3 significant figures. 1 A Vo= 1.25V (1+ R2/ R1) D2 Ds CT AC line nput 60 Hz LM317 NC Di Со RL 120 V/ 14.3 v R2...
In the circuit below, T1 is rated 12V RMS secondary voltage, D1, D2, D3 &D4 are IN4001 rectifying diodes and RL is 1.8ΚΩ. Given that RI-2202, and R2 1.2KQ, use the formula provided to calculate the output voltage (Vo) of the LM317 voltage regulator. Provide an answer in engineering notation, correct to 3 significant figures. 1 A Vo= 1.25V (1 + R2/ R1) Da AC line C CT input 60 Hz NC D, CI 120 V/12 V R2 In the...