1. For The Circuit Shown In The Figure Below, Determine The Current In The

1. For The Circuit Shown In The Figure Below, Determine The Current In The. Get college assignment help at Smashing Essays 1. For the circuit shown in the figure below, determine the current in the inductor L2 after the switch is closed at t 0 using Laplace transformations. [Hint: When switch is open the circuit achieves the steady state and L1 acts as short circuit. When switch is closed use KVL to the two loops to solve for 12(s). Find partial fractions, solve for i2(t)] L1 2H R2= 2Q t=0 L2 3H i2 1V i1 R1 2 30

#3 Delermine Numerical U Alues For J., Ru Below -1sv I.,R Ki Lok *Aleo

#3 Delermine numerical U alues for J., Ru below -1sv I.,R ki lok *Aleo delermine The small-sivnl symbolic ex pression rRo out = 0.7 mA Rout 28.5 M

Using Pspice Design A Common Source Amplifier With A Gain Of -50V/V

using pspice design a common source amplifier with a gain of -50V/V

With Reference To The Network Shown Below: Find: (a) Ix (b) Vx (c) The

With reference to the network shown below: find: (a) ix (b) vx (c) the power absorbed by the battery. Answers: (a) -3 A (b) 3 V (c) 15 W

Describe And Explain Drift Current And Diffusion Current In A PN Junction In Thermal

Describe and explain drift current and diffusion current in a PN junction in thermal equilibrium. What causes each? In which directions are the electrons, holes, electron current, and hole current flowing for each effect? What is the net current? Assume the built-in E-Field points to the left. Use a diagram. Then describe what changes when an electric field is applied, positive side on the N terminal. Describe what happens when the magnitude of that field is reversed. Describe how the hot point probe uses diffusion to determine the type of semiconductor material.

1: A Switch-tail Counter (also Called Twisted Ring Counter Johnson Counter) Uses The Complement

1: A switch-tail counter (also called twisted ring counter Johnson counter) uses the complement of the serial output of a right shift register as its serial input. (a) Starting from an initial state of 000, list the sequence of states after each shift until the register returns to 000. (b) Beginning in state 00…0, how many states are there in the count sequence of an n-bit switch-tail counter? (c) Design a decoder to be driven by the counter that produces a one-hot code output for each of the states. Make use of the don’t-care states in your design. 2: The outputs of registers RO, R, R2, and R3 are connected through 4-to-1 multiplexers to the inputs of a fifth register, R4. Each register is 8 bits long. The required transfers, as dictated by four control variables, are Co: R4 – RO Ci: R4 <- R1 C2: R4 <- R2 C3: R4 <- R3 The control variables are mutually exclusive (i.e., only one variable can be equal to 1 at any time) while the other three are equal to 0. Also, no transfer into R4 is to occur for all control variables equal to 0. (a) Using registers and multiplexer, drawa detailed logic diagram of the hardware that implements single bit of these register transfers. (b) Draw a logic diagram of the simple ogic that maps the control variables as inputs to three outputs: the two select variables for the multiplexer and the load signal for the register R4 a a

Describe The Various Characteristics (electric Field, Charge Carrier Concentration, Ionized Atoms, Width) Of The

Describe the various characteristics (electric field, charge carrier concentration, ionized atoms, width) of the space charge-region in a PN junction diode. Why is it called the space-charge region? What’s the other name and why is it called that? Briefly describe the mechanisms of current flow in a PN junction diode in both reverse bias and forward bias. What causes the current to flow and what is the order of magnitude.

Explain The Concept Of Electron And Hole Mobility. How Is Mobility Affected By Temperature?

Explain the concept of electron and hole mobility. How is mobility affected by temperature? Impurity concentration? How and why is hole mobility different than electron mobility? Mobility is related to conductivity. Why does conductivity increase with increased doping even though mobility decreases? Describe why the intrinsic carrier concentration changes with temperature. This would include from very cold temperatures to 600K temperatures. Why does an extrinsic semiconductor become intrinsic above ~ 500K? Draw a graph and label it carrier concentration vs. temperature

4: Develop A State Machine Diagram For A Traffic Light Controller That Works As

4: Develop a state machine diagram for a traffic light controller that works as follows: A timing signal T is the input to the controller. T defines the yellow light interval as well as the changes of the red and green lights. The outputs to the signals are defined by the following GN Green Light, North/South Signal YN Yellow Light, North/South Signal RN Red Light, North/South Signal GE Green Light, East/West Signal YE Yellow Light, East/West Signal RE Red Light, East/West Signal While T 0, the green light is on for one signal and the red light for the other. With T 1, the yellow light is on for the signal that was previously green, and the signal that was previously red remains red. When T becomes 0, the signal that was previously yellow becomes red, and the signal that was previously red becomes green. This pattern of alternating changes in color continues. Assume that the controller is synchronous with a clock that changes much more frequently than input T 5: Develop a C program that demonstrates the behavior of the circuit in question 4. The code should be submitted as a CPP file or a link to the online IDE

A Single Phase Full-wave Rectifier Has The Following Circuit Characteristics Input AC Power Supply

Please answer all the parts of this tutorial question. Thanks in advance.

F(x) L L O Figure 1: FOR PROBLEM 3 3. Solve The Wave Equation

Get college assignment help at Smashing Essays f(x) L L O Figure 1: FOR PROBLEM 3 3. Solve the wave equation a2 (0< r< L) for a string of length L, and a2 1 subject to the boundary conditions, u(0, t) = 0, u(L, t) = 0 and initial displacement u(r, 0) = f(x) (given below in Figure 1) and initial velocity, = g(x) = 0 at t = 0. 4. A rod of length L = cm, has an initial temperature distribution given by f(x) = 10sin 6x The ends of the rod are kept at 0°C. The constant k is 10-4 (a) Solve the heat equation kg = 0 (0 < x < L) for this rod (b) Using the solution from above, find out how long it will take the point r = cm to reach a temperature of 0.5°C 5. A rod of length L = 80 cm, has an initial temperature distribution given by f(x) 0°c if0 <40 | 40°C if 40 < r < 80 * 1he ends of the rod are kept at 0°C. The constant k is 1. (a) Solve the heat equation k= (0< r < L) for this rod. Give the answer approxi mated to 1 term (b) Using the 1 term approximation from above, what is the temperature of the point 20 cm after 30 seconds have passed

Fig.4 Shows A Parallel Resonant Circuit Connected To A Source And A Load With

Fig.4 shows a parallel resonant circuit connected to a source and a load with the given parameters: L=70.3nH, C 36PF, Rs-10000, RL=1000m, determine: 4 a) The resonant frequency b) The loaded Q c) The bandwidth of the circuit. d) If the component loss Rloss of thee inductor is 0.700, re- calculate the bandwidth of the circuit. e) The additional insertion losses of the circuit when including the component loss Rioss at resonant frequency Vout -W- R V AC L1 R C1 RL SRC1 3L=70.3 nH Vac-polar(10 R=100 Ohm) R C-36 pF R=1000 Ohm Freq=freq Fig.4 wH1

Using Smith Chart, Show TWO Methods How To Use Two Lump Components To Do

Using Smith Chart, show TWO methods how to use two lump components to do impedance matching for Fig.5 below. 5 Show the schematic of the matching networks used. For operating frequency 2.4 GHz, calculate the value of the lump components required for both methods. Two lump components impedance matching network Term R PORT RL Num 1 R 150 Ohm Z-50 Ohm Fig. 5 LC

A Transformer Has A Primary Voltage Of 11OKV. The Current In The Secondary Is

A transformer has a primary voltage of 11OKV. The current in the secondary is 10A and the power is 11MW. Find the voltage at the secondary, the current at the primary, the power at the primary and the turn ratio. Is this transformer step up or step down?

For The Circuit Shown Below, The Bar At The Top Is Moving At A

For the circuit shown below, the bar at the top is moving at a speed v given by: v 2t- (m/s) and at t 0, y 2m. The magnetic flux density is given by: B 2ta, 5a T a) Find the electromotive force. b) What is the direction of the current at t All dimensions are in meters. 5s? (0, у, 5) T (0, 0, 0)

1 A) An IRF150 N-channel Enhancement Mode Power MOSFET Is Used To Turn On

1 a) An IRF150 n-channel enhancement mode power MOSFET is used to turn on a bulb as shown in Figure Q1(a). With a dc voltage supply of 60V, bulb filament resistance of 30 and MOSFET on-state resistance Ros(ON) = 0.20, determine the load current (ILoad), Vos(ON) and circuit effici ency? State any assumption made. ILead 9IRFI50 60V Bulb Figure Q1(a) b) The speed of a separately excited dc motor supply voltage is controlled by a dc-dc step-down voltage converter. The input voltage of the converter is 80V motor armature winding current rating is 5A, armature resistance Ra-20, and the motor constant K-0.2V/rpm Calculate: the maximum allowable duty cycle of the converter i. when the motor is not rotating. the motor speed when duty cycle of the converter is 100% and the armature current at the rated value? What is the voltage and current rating for the power devices in the converter? c) The high inrush current during the starting phase of an electrical motor produces electrical noise which may interfere with other sensitive electronics equipment operation. Suggest THREE (3) design solutions could be used to minimise the the inrush current.

The Loop Shown Below Is Moving At A Speed U16a, (mls) And At T

The loop shown below is moving at a speed u16a, (mls) and at t = 0, yı = 0. If the magnetic flux density is 1,-3.6 e’a (T) and R 1002. Find: B=1.2e-0.5y = a) The electromotive force b) The current in the circuit c) The direction of the current for t > 0 HEE -2m 12 V43 – 2.5 m 2 m 0.5 m

3sin (107t)2- 3ỹ 42) (T) And N 1. Find Given B The Induced

3sin (107t)2- 3ỹ 42) (T) and N 1. Find Given B the induced emf 2 m 1 m Z V

5sin(50nt)2 (T). Find The Induced Emf If N = 10 0 Given B |and

5sin(50nt)2 (T). Find the induced emf if N = 10 0 Given B |and the direction of the current at t 0.5 m y 0.8 m X V

Example 20.2 Find The Minimal Sum Of Product Expression For The Following Logic Function

Example 20.2 Find the minimal sum of product expression for the following logic function F ABCD ABCD ABCD ABCD Electr

Lenz’s Law Determine Voltages Vi And V2 Across The 2 2 And 4 2

Lenz’s Law Determine voltages Vi and V2 across the 2 2 and 4 2 resistors shown in Fig. 6-4. The loop is located in the x-y plane, its area is 4 m2, the magnetic flux density is B = -20.3t (T), and the internal resistance of the wire may be ignored. X 4ΩE) V13 20 Area 4 m2 B Figure 6-4 Circuit for Example 6-2.

1. For The Circuit Shown In The Figure Below, Determine The Current In The