Electronic gebrebilmesi için gerekli R ön direncinin Rmin, Rmax değerler(Calculate the Rmin, Rmax values and Imin, Imax current values of the preliminary resistance R required for the zener to perform ihesaplayınız.regulation function in the regulation circuit given below.)(V-40 V, PD (max)-2 W, Iz (min)-2 mA, R-6.6 K2, Vz=20 V)RV₁-40 VV₂-20 VPo-2 W12RminRmax6.6 KRIminImax

given in question that,Vi= 40 V,Pd (max)= 2 W , Izmin= 2 mA, Vz= 20 VRL= 6.6 Kalso note that ,Pd…

Answered: gebrebilmesi için gerekli R ön…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Design a voltage regulator that will maintain an output voltage of 20 V across a 1-k-ohm load with an input that will vary between 25 V and 40 V. Then, Calculate; a. value of resistor R in ohm b. value of IRmax in ohm c. value of IL in mA d. value of IZM in mA
Question 2 (a) Identify the biasing method of JFET in Figure 1. Determine V os and Vos in Figure 3 when In = 10 mA. Assume that Rp = 1.5 k2, Rs= 0.5 k2, RG = 10 M2, and VnD = 15 V. (b) Design a mid-point bias circuit for 2N5457 JFET. Show all calculations and draw the circuit diagram. +Vpp Rp Va= 0V RG Figure 1
2 - Işınımsız birleşim özelliği gösteren yarı iletken malzemeler hangi alanda kullanılır?I. LedII. Lazer diotIII: DoğrultucuIV. Yükseltici In what area are semiconductor materials used that have non-radiative junction properties?I. LedII. Laser diotIII. RectifiersIV. Amplifiers A) II-III B) I-II C) II-IV D) I-III E) III-IV
Q2: A PMMC(Galvanometer instrument) has a resistance of 10052 and FSD for a current of 400Au. A shunt arrangement is shown in order to have an multi-range ammeters(AYRTON). Determine the various ranges to which the ammeter may be switch. Assume the R1-R2-R3-R4-0.00152. PMMC 10052
Q#3(a) Find the output voltage and voltage drop across RS and current through Zener diode Rs = Two digit of Your roll number Ω and RL =10 k Ωshow in figure #2 roll no 52
1. The no-load terminal voltage of a battery is 30 V. The terminal voltage drops to 22 V when supplying a current of 5 A. Determine the emf and the internal resistance of this battery. Ans. r= 1.6 ohm 2. Two identical zinc carbon batteries are available. When connected in series, they supply 0.5 A to a 4 ohm resistor. When connected in parallel, they supply 0.4 A to a 5 ohm resistor. Determine the emf and internal resistance of each battery. Ans. 2.667 V and 3.333 ohm 3. When supplying a current of 5 A, the terminal voltage of a battery is 15 V. The battery is then recharged at a rate of 3 A and the terminal voltage is found to be 21 V. Determine the emf and the Internal resistance of the battery. Ans. 18.75 V and 0.75 ohm 4. A battery with an emf of 12 V and an internal resistance of 0.8 ohm is to be recharged through a 20 V source. (a) show by means of a diagram the connection of the circuit elements. (b) What is the current in the circuit? (c) The recharging current is to be…
Find: The Current across Series Resistance in Ampere, The Power Dissipated across Zener Diode, The Vout, The Current across Zener Diode in mA, The Current across Load Resistance in mA
The power dissipated by the zener diode for the circuit of Figure is greatest when: (a) The zener diode is shorted. (b) The load resistor is removed. (c) The load resistor is shorted. (d) The input voltage is increased.
I need the answer as soon as possible
For the circuits shown below using ideal diodes find the values of the labeled voltages and currents
Determine VL, IL, IZ and IR considering that RL = 180 Ω. Check if the zener drives with such an arrangement. In the case of not driving, what arrangement do you have to perform to regulate the zener diode.
Electronic

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