letermine Vc for the network. O 16 V Rc2 3.6 kN R 470 kQ B B = 80 D, E Vp Ipss =8 mA V, = -4 V G Rs 2 2.4 kQ

Q: RC 1.2k RB 330k R1 Q1 100k NPN VDD 20V J1 NJFET R2 RS 20k 2k

A: We need to find source voltage for given circuit.

Q: Determine: a. VG  b. IDQ and VGSQ c. VD and  VS  d. VDSQ

A: In this question,  We need to calculate the  a. VG  b. IDQ and VGSQ c. VD and  VS  d. VDSQ  We know…

Q: Deter IR for the network shown with RL=500 ohms Rs + 3302 IR Vz = 10 V RL VL 20 V = 400 mW Pzmax O…

A: To conduct the zener diode voltage across it should be higher than break down voltage Vz To find…

Q: RD = 1,507 ohms RL = 10,063 ohms Rs = 241 ohms IDss = 0.01 mA VGs(off) = -4 V Vs = 1 V Vin = 0.3…

A:

Q: Prelim Exam 16KA I4. 4kn It oVo lov (E 4kr ar 16 K2 5

A:

Q: For the network shown in figure (3) calculate the values of the following: Zil, Zi2, Zol, Z2, Ayı,…

A:

Q: Determine IDQ and VGSQ and VDS 40 V 22 ΜΩ 18 ΜΩ www +69 VGSQ 3 ΚΩ OS IDQ Vps - 2N4351 VGS (Th) = 5 V…

A:

Q: Given : Vs : 500 volt RI :3 ohm X1 :5 ohm R2 : 0,03 ohm X2 :0,05 ohm Rc : 150 ohm Xm : 750 ohm…

A: For the given arrangement, the impedance of the load is purely resistive and can be calculated as…

Q: JAsing Graphi cal approach Find

A: Given ID(ON)=8mAVG(ON)=6VVT=4V IDQ=ID(SS)(1-VG(SS)VT)2 IDQ=8mA×(1-64)2 IDQ=2mA

Q: Ques – 3: Find the currents µ I2 and I3 and the voltages La ,Xb, in the network shown below: O-2…

A: In the given circuit diagram We apply KCL in the close loop circuit  then  120 + 0.2 I1  +  30  = 0…

Q: Q/ For the network of Figure below, calculate A, using r, model. o 22.7 V Rc = 1.3 KN %3D RB = 1275…

A: Given :   Beta = 149    In the question they have given common emitter amplifier & they want to…

Q: 12 V Rp 1.5 k2 C2 Ipss =12 mA Vp = -6 V Rs 6802

A: While DC analysis of the above circuit, we neglect the coupling capacitors.

Q: For the circuit shown in the Figure, if R1= 70 2, R2= 40 2,R3= 50 Q and R4= 45 Q, answer the…

A:

Q: V, 0- I F 270K www 330K 18V 3k -0% hie = 250 ohms hfe = 100 hoe 2 us 220 (

A:

Q: Compute for Vout and show complete solution

A: In this question,  Find the voltage Vo  Assume forward bias voltage across Ge = 0.3V And for si type…

Q: Rc R1 hFE RL R2 RE Jcc = 20 Volts R = 150034 ohms %3D R2 = 20073 ohms

A:

Q: Determine the equivalent resistance: Rab. Rbs. Red. Rds. Rbd and Rae. Ε ກ 38 Μ 6Ω Μ 38 b 352 Μ Ω ΜΑ…

A:

Q: 1. Determine the following: 201 а. VL b. 12 IT 60 2 SOLUTION: 20 V 20° Xc 100 X 401

A:

Q: Q2:- USing mesh aualysis to finel the Carrent For the followsing circuil. Iz R Sour Xe=602 El | 2ou…

A:

Q: Compute for the following. a. Ib b. Ic C. G. le

A: The required parameters can be calculated by applying kirchhoff's voltage law to input side.

Q: 1. Determine the following for the network shown below: *Use Mathematical Approach a. ID b. VGS c.…

A:

Q: Q1) (Dc analysis) For the circuit above find the following: 1. Ica- 2. VCEQ. 3. lea. 4. VEQ- 5. IBQ-…

A: To solve above problem, one should know about DC analysis of BJT. DC analysis of transistor is done…

Q: Q2:- USing mesh aualysis to finel the Current For the following circuit. Iz Iz E1 5U L 2ou L

A:

Q: 1. Eind the indicated values. R1 100 R2 C1 L1 50 n SA Z20 40 0 30 0

A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Q: 1. For the Figure below, Determine VD1, VD2, ID, and Vo. Di Si Si +20 V INT1k Va 4.7 k2 2. For the…

A:

Q: Using Kinchoff's Laws. find the cucnents and Voltayes for the Cinenit Shown in figune. 8ghm 127 VaŽ…

A: To find the currents in each branch and voltage across each resistor

Q: The h=parameters oftransis tor are :-d hie =2k2, hfe = 50 (hoe= 20MS, hre so us ed the ct B o=50kn…

A: The small-signal gain of an amplifier can be calculated after obtaining the small-signal equivalent…

Q: 2. Calculate the following: a. V₁, V₂, and V3 b. VAG, VBG, and VCG V₁=100v +-+ RT= 100 ohms R2= 180…

A: Given  Voltage Division ....

Q: Resistor Voltage drop (V) Current (A) 10 20 30 40 50

A: I have completely solved for all values of current through and voltage across all elements and…

Q: Ca ICu late the node Voltges 4 V and V3 in the Circuit of Fig ЗА 202 152 4. +. Sv ( 4. To

A:

Q: Q1: For the following network ,find a-VGso and IGso b-Z¡ and Zo c-Ay ,A¡ and Vo. 20 V 3.3 k HE…

A:

Q: :For the shown Network and using the re-model, compute the output resistance Zo

A: The given amplifier is a collector DC Feedback amplifier and the output impedance can be calculated…

Q: 20 V 470 2 ICO 270 k2 Vc

A:

Q: + Cb 10 μF Q Search www ww +1 Vcc 12 V Warning: unsaved changes! mar5hall/ common base amplifie R1…

A: Step 1:Step 2:Step 3:

Q: You connect a 6 Q resistor and a 12 Q resistor in parallel to a 9 V battery. Find the total…

A: For the given circuit diagram the total equivalent resistance is, Foe the parallel connection of…

Q: Question : What is the Vpeak of Vout during 45ms. Question : What is the Vpeak of VS during 15ms.

A: A rectifier circuit is used to rectify the AC power generated by this source to the DC  power that…

Q: JOV 1452 Determine: a) Ii b) I₂ c) Iz VAB Ge A 32K52 ZS Zsi 5452 Ge

A:

Q: With the help of VBB source, adjust the IC current to 5mA by increasing the IB current. To this…

A: According to question: The value of voltage 'VCE' is calculated as…

Q: In the following circuit shown in figure (3) , Determine Vae and Vec. Upload your solution steps in…

A:

Q: 25mA!! With the help of VBB source, adjust the IC current to 25mA by increasing the IB current. To…

A:

Q: Determine, by meshes, the values of the voltages v and v2, and the currents of each mesh. 20 cos 4t…

A: To find the value of current and voltages in the circuit, we need to find the values of the inductor…

Q: Compute for IN, RN and the current passing though the 25-ohm resistor using Norton’s Theorem. Answer…

A:

Q: A ww R3 75 Ω R1 _MM 25 Ω V1 tila 12 V B ww R4 150 Ω =G R2 MM 50 Ω ww C R5 50 Ω

A: Nodal Analysis is applying KCL at each node of the network and solving this obtained expressions.…

Norton Theorem

In the current circuit law, the Norton theorem (also known as the Mayer-Norton theorem) is a simplification that can be applied to networks generated by a constant line of opposition, power sources, and current assets. In two network terminals, it can be switched on with a current supply and single resistor respectively.