In the following networks, determine the total current:- Assit.Proff Dr.Bager Turki 8ΚΩ 12 Ω 4ΚΩ 12Q 1202 24ΚΩ 12v 72V 12ΚΩ 1Ω 302 9ΚΩ 6ΚΩ 3ΚΩ 202 10Ω 4Ω 202 4Ω

Q: 1. find re 16 V 2 ko 500 ko RB C2 B = 176 ro = ∞ RE1 = 600 N RE2 = 400 0 10 µF

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Q: Exercice2: Show the state table of the following state diagram

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Q: Total current?

A: Given circuit is shown below:

Q: Given the circuit below, find the values of the following: a. Ic b. Rc Vcc = 3V c. RB Re 1B= 20 μA…

A: In this question we will find unknown currents and resistances....

Q: 120 V What is the peak secondary voltage? 10:1 transformation ratio and the diodes are silicon ellel…

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Q: SV 15 ( 25 f wwwww 50 SV Determine the current 1 in this circuit

A: Given data, Circuit diagram is given as,

Q: +12V hfe = 120 hie = 1600Q 3.9%Ω 220kQ OVo C Zo VIOHE В Zi E

A: We need to find out the Zi, Zo and Av, Ai and re.

Q: Refer to the circuit in given figure. The maximum time after which main SCR M get turn-off in и —…

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Q: 9) Determine IB, IC, VE, VCE 150ΚΩ 18V 0.4ΚΩ Ic β = 120 1ΚΩ –18V

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Q: 6 For t>0, The resonant frequency is found to be (in rad/s) 12.5 O None of the choices O 1 2.5

A: The solution is given below

Q: R₂ ки ми {R₂ R5 ob Ahret Deni Rab=?

A: The given circuit is purely a resistive circuit because all elements connected in the circuit are…

Q: C1 L1 4.3µ 7.7m =>f = 23 kHz V1 C2 R1 6.8k 5.9µ AC 0.84 0 R2 140

A: KCL states that algebraic sum of current at a node must be equal to zero. It is also called nodal…

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A: Given circuit diagram,   R = 50 ohm L = 0.20 H C = 150 μF ω=150 rad/secVm = 30 V Z = ?

Q: For the below circuit, find io across the 24 ohms resistor. 40 0 36 N +. 8 A 10 (1ξ 10 0g 24 0 v +.…

A: The circuit can be redrawn as:-

Q: Q1: For the circuit Find the current (1) Will be 10Ω 120 V { 50 N 6 A О ЗА O -2A 5A O 4A

A: Superposition Theorem When more than one source (Voltage / current sources) are present in the…

Unijunction Transistor (UJT)

The Unijunction Transistor (UJT) is a three-terminal switching semiconductor device. It contains an n-shaped silicone object bar with a terminal attached to its two ends known as base one and base two. The third terminal is connected to a highly enclosed p-type material attached to the bar section of its length and is known as emitter. As there is only one corrective cross within the device, it is therefore called the 'Unijunction' transistor. The characteristics of the single junction transistor show the wrong resistance if it finds use in resting oscillator circuits for various applications.