Questions
An NMOS transistor has KP = 80 μA/V2, Vto = 1V, L = 4μm, and W...

An NMOS transistor has KP = 80 μA/V2, Vto = 1V, L = 4μm, and W = 100 μm. Carefully sketch to scale the drain characteristics for vDS ranging from 0 to 10V and vGS = 0.5 and 4V

In: Electrical Engineering

Draw a high frequency small signal model for BJT and MOSFET, for common gate, common source...

Draw a high frequency small signal model for BJT and MOSFET, for common gate, common source and common drain amplifiers

In: Electrical Engineering

. Discuss the factory lighting

. Discuss the factory lighting

In: Electrical Engineering

In a single design, implement 3 wave generators by means of operational amplifiers: wave square, triangle...

In a single design, implement 3 wave generators by means of operational amplifiers: wave
square, triangle wave, sine wave.
IMPORTANT
The wave generating equipment has to be activated by means of an external AC source,
that being activated by a switch, allows the activation of the system.
SIMULATION is required in the MULTISIM Software. Attach screenshot of the entire circuit and the waves.
and also the calculations.
Prepare the calculations of each case, which support the output signal obtained by
use any of the generators.

The MULTISIM simulation of the project with the three circuits in a single diagram.

In: Electrical Engineering

Describe the Pinch off condition in JFETs and its impact over the drain current. Draw the...

Describe the Pinch off condition in JFETs and its impact over the drain current. Draw
the N channel JFET with proper regions?

In: Electrical Engineering

Design an 8-bit adder. Show the truth table, logic circuit, and Verilog code.

Design an 8-bit adder. Show the truth table, logic circuit, and Verilog code.

In: Electrical Engineering

What is the smallest size conductor allowed to be used in a building for branch circuits?...

What is the smallest size conductor allowed to be used in a building for branch circuits?

What is the smallest size conductor allowed to be connected in parallel?

There are three current-carrying conductors in a raceway that is to be installed in an area with an ambient temperature of 86°F. It is necessary to

There are six current-carrying conductors in a raceway that is to be installed in an area with an ambient temperature of 96°F. It is necessary to

In: Electrical Engineering

Describe the differences between SR latches, D latches, D flip flops, JK flip flops, and T...

Describe the differences between SR latches, D latches, D flip flops, JK flip flops, and T flip flops.

In: Electrical Engineering

Three loads are connected in parallel to an AC supply of 120∠0° V. The loads are...

Three loads are connected in parallel to an AC supply of 120∠0° V. The loads are 40∠30° Ω, 50 - j30 Ω
and 30 + j40 Ω.
a) Draw the circuit diagram
b) Determine the amplitude and phase angle of the supply current graphically by constructing a
phasor diagram using a suitable scale of the load currents and source voltage.
c) State the overall power factor using the answer from part (b).
d) Construct another phasor diagram for the system that illustrates an improved power factor to
unity.
e) Determine the VAR rating of the load required to achieve this using its current phasor determined
graphically from part (d). State its capacitance or inductance.
f) Draw the power triangles for the system before and after power factor correction.

In: Electrical Engineering

1.Who has the authority to test ELT(emergency locater transmiter)? 2.Differences in the functions of ELTs that...

1.Who has the authority to test ELT(emergency locater transmiter)?

2.Differences in the functions of ELTs that are set by manufacturing and the Federal Communication Commission (FCC)

please this answer.

In: Electrical Engineering

Question (06+06+06+06 ) - a) Examine and Identify the cause of the followings: i) The air...

Question (06+06+06+06 ) -

a) Examine and Identify the cause of the followings:

i) The air blast breakers are very sensitive to the rate of rise of re-striking voltage.

ii) Circuit interruption easier in an AC circuit than in a DC circuit.

iii) Surge diverters located very close to the equipment to be protected.

b) Assuming the same peak value, compare the following two surges: 1/50 usec surge and 3/50 usec surge.

In: Electrical Engineering

Consider a Si p-n junction at T=300K with the following parameters: Na=5x1017cm-3, Nd=5x1017cm-3 Dn=25 cm2 /s...

Consider a Si p-n junction at T=300K with the following parameters: Na=5x1017cm-3, Nd=5x1017cm-3 Dn=25 cm2 /s D P=10 cm2 /s τn=5x10-7 s τP=5x10-7 s. Let the photocurrent density be 20 mA/cm2 . (a) Calculate the maximum power delivered to the load assuming that the fill factor is 0.8. (b) By what factor will the output power increase from (a) if the solar intensity is increase by a factor of 10 due to light concentration. Comment on your results

In: Electrical Engineering

types of induction type Instruments, full explanations

types of induction type Instruments, full explanations

In: Electrical Engineering

Question No 2 a) Draw functional block diagrams of a typical sensor system and a typical...

Question No 2

a) Draw functional block diagrams of a typical sensor system and a typical actuator
system. ( 10 marks)

b) Draw hierarchy of an Industrial Automation system_ Briefly describe function of each
level ( 15 marks)

In: Electrical Engineering

1. Given a parallel circuit with a constant current source containing resistors of different values, which...

1. Given a parallel circuit with a constant current source containing resistors of different values, which statement is true?

a. The voltage drop across the less resistive component is the same the ones with higher resistance

b. Current is the same through each resistor

c. The voltage drop across the less resistive component is less than the ones with higher resistance

d. None of the above

2. The conductance of a resistor decreases if the length of the resistor is doubled?

a .True

b. False

6. The total power taken from the power supply and dissipated by the resistors in a series circuit is equal to the sum of the powers dissipated by each resistor in the circuit.

a. True

b. False

7. What is the value of a Green/Brown/Red resistor?

Group of answer choices

a. 5.7 Ω

b .5.1 kΩ

c. 57 kΩ

d. None of the above

8. What is the voltage drop of a load with 100 Ohm that generates 10 mW?

Group of answer choices

a. 1v

b. 10v

c. 10mv

d .None of the above

In: Electrical Engineering