S
  1. study help
  2. subject categories
  3. engineering
  4. electrical engineering
  5. march 2019
  6. 14

Electrical Engineering Questions and Answers March 14, 2019

Expert-verified solutions to help you succeed

Deliverables Calculations: Present all calculations made to determine the design of all three sections. This shall include Filter section Input resistance ( Rin ) , lower cutoff frequency ( fcl ) and upper cutoff frequency ( fch ) Voltage Amplifier voltage gain Emitter Follower Input resistance ( Rin _ ef ) , Bias values ( VE and VBE ) , - Circuit
Deliverables Calculations: Present all

As mentioned in the text, one way to determine the Fourier series coefficients is to treat eq . ( P 3 . 3 2 - 1 ) as a set of four linear equations ( for n = 0 , 1 , 2 , 3 ) in four unknowns ( ao , a 1 , a 2 , and a 3 ) . ( a ) Write out these four equations explicitly, and solve them directly using any standard technique for solving four

Calculate the voltage across R 2 . Follow the Superposition theorem: in a linear circuit with several sources, the current and voltage for any element in the circuit is the sum of the currents and voltages produced by each source acting independently. Record the calculation in Phasor form.

Given ohms law p = vi is it possible to find and expression for p in terms of V and R only

4 Formula 2 points A certain flip - flop has a propagation delay of 3 6 ns and each additional gate Iised in the counter has a propagation delay of 5 ns . The counter has been configured as a mod - 3 2 synchronous counter. The maximum clock frequency that this counter can support is MHz . Your answer should contain exactly 1 decimal place. Type
4 Formula 2 points A certain flip - flop has a

Q . 3 For the op amp circuit shown in below figure, calculate the output voltage v 0
Q . 3 For the op amp circuit shown in below

Fill the table below with the characteristic of these sensor . If something does not apply to a specific sensor , put N / A . the output in voltage, assume a current of 5 mA . ( Note: comments / explanation is optional might help if you put an incorrect values ) .

Explain why a running motor develops a countervoltage. What is the relative magnitude of this voltage compared with the driving voltage?

A ( n ) ? box is a box installed in a run of conduit for the purpose of making an access point for pulling conductors.

Problem 3 ( DC conditions ) Find the current i L and voltage v C , under steady - state dc conditions.
Problem 3 ( DC conditions ) Find the current i L

How is a J - K flip - flop made to toggle? Question 1 4 Select one: a . J = 0 , K = 1 b . J = 1 , K = 0 c . J = 1 , K = 1 d . J = 0 , K = 0

current at time t . charge Q ( t ) = ( 4 5 + 8 t ) e - 1 0 t - 4 5 c o s ( 1 0 t ) current I ( t ) =
current at time t . charge Q ( t ) = ( 4 5 + 8 t

* Ex 7 . 1 4 : Consider the common - base circuit in Figure 7 . 6 4 . The transistor parameters are = 1 0 0 , V B E ( o n ) = 0 . 7 V , V A = , C = 2 4 p F , and C = 3 p F . ( a ) Determine the upper 3 dB frequencies corresponding to the input and output portions of the equivalent circuit. ( b ) Calculate the small - signal midband voltage gain. (
* Ex 7 . 1 4 : Consider the common - base circuit

Example / rnek 1 2 : For the signal x ( t ) shown in Figure 4 , sketch 2 x ( - 2 t + 1 ) . Sekil 4 ' te verilen x ( t ) sinyali i in , 2 x ( - 2 t + 1 ) sinyalini iziniz . Figure 4 .
Example / rnek 1 2 : For the signal x ( t ) shown

4 . Find the equivalent capacitance for the circuit.
4 . Find the equivalent capacitance for the

Q 2 ) Design and complete the op - amp circuit having Vdc of 3 0 volt and calculate the final output voltage for this particular circuit?
Q 2 ) Design and complete the op - amp circuit

Please help write a reflective # 1 report REFLECTION: If you are applying for hands on experience , write short reflective report answering the following questions: Please write in first person: I did . . . , I used . . . , I saw . . . . 1 . Describe: What did you do ? Where did you do it ? ( Background about the company, site, operation etc. )

Given that V 1 = 2 V , V 2 = 1 V , V 3 = 2 V , R 1 = 3 , R 2 = 1 , and R 3 = 2 . Apply simple K V L , K C L and Ohms law to calculate the power dissipated in R 2 ? 6 . 4 W 7 . 5 W 5 . 8 W 6 . 5 W
Given that V 1 = 2 V , V 2 = 1 V , V 3 = 2 V , R

Task 3 In this exercise, you will do filter design from sketch. 1 . Suppose that you want to build a low - pass filter which has the cut - off frequency of 1 0 0 Hz , fix the capacitor to 1 uF and choose the correct resistor. Find the correct resistor and sketch the circuit on paper. Remark: Include the process of finding the correct resistor. And
Task 3 In this exercise, you will do filter

Design a CMOS static gate to compute F = ( A + B ) * ( C + D ) with least delay. ( No additional Boolean simplification needed ) . Each input can present a maximum input capacitance of 1 0 C _ ( inv ) . The output must drive a load of 1 6 0 * C _ ( inv ) . C _ ( inv ) denotes the input capacitance of the smallest ( 2 ) / ( 1 ) inverter. Choose
Design a CMOS static gate to compute F = ( A + B

The electrical trade name for flexible metal tubing or armored cable is

In both exposed and concealed locations where a cable wiring method is installed parallel to framing members such as choice, rafters or studs the cable or Raceway shall be installed and supported so that the nearest outside surface of the cable or Raceway is not less than blank from the nearest edge of the framing member

Five electric circuits are shown below. The valid ones are a c ) d ) 1 0 0 mA a ) bcd b ) ae c ) acd d ) cde
Five electric circuits are shown below. The valid

X ( s ) = 1 0 s + 2 4 , > 2 4 Xs = 1 0 s + 2 4 , > 2 4 Using the initial and final value theorems, find the initial and final values ( if possible ) of the given function.

Question 8 ( Mandatory ) ( 2 . 5 points ) Asynchronous inputs for a J K flip flop are best described as only working gn the rising or falling edge of the clock signal. doubling the frequency. having full controf over the FF , regardless of the input or clock states being tied to the clock, but not to the inputs
Question 8 ( Mandatory ) ( 2 . 5 points )

For the schematic shown in Figure P 4 . 3 9 use Norton s theorem to find the current through the load RLoad and the voltage drop across the load RLoad. Figure P 4 . 3 9
For the schematic shown in Figure P 4 . 3 9 use

Part 1 : P&ID Diagrams ( 1 5 marks ) Figure 1 : A simplified milk pasteurization plant Add the missing instruments and then draw a Process and Instrumentation Diagrams ( P&ID ) for the above simplified milk pasteurization plant. Note that the process variable to be controlled here is the pateurized milk temperature. Attach your drawing to your
Part 1 : P&ID Diagrams ( 1 5 marks ) Figure 1 : A

Based on Problem 1 , design a PD controller ( instead of the computed K value in Problem 1 ) so that the settling time of the closed - loop system is reduced by a factor of 3 , compared with the unity negative feedback system. Compare the percentage overshoot and resonant frequencies of the uncompensated ( unity negative feedback system obtained

Another common name ( trade name / slang ) for Nonmetallic Sheathed Cable is - - :

Given : Vin = 1 2 V , Vout = - 1 8 V , Ro = 3 ohms, find D and C .
Given : Vin = 1 2 V , Vout = - 1 8 V , Ro = 3

Explain in terms of power systems: Q 3 ) In the following system, find the Y matrix.
Explain in terms of power systems: Q 3 ) In the

Find the threshold voltages of the following two structures and explain the difference. \ table [ [ TiN ] , [ Work Function: 4 . 6 eV ] , [ SiON ] , [ 2 - nm - thick ] , [ Dielectric Constant: 5 ] , [ P - type Si ] , [ Dielectric Constant: 1 1 . 7 ] , [ Na = 5 E 1 6 cm - 3 ] , [ Electron Affinity: 4 . 0 5 eV ] ] \ table [ [ TiN ] , [ Work
Find the threshold voltages of the following two

uestion 4 The reactive power is equal to the average power for a resistor. iswered Flag question True False
uestion 4 The reactive power is equal to the

P 1 - A \ ( 5 0 0 - \ mathrm { kV } , 6 0 \ mathrm { ~Hz } \ ) , three - phase completely transposed overhead line has three ACSR 1 1 1 3 - kcmil ( 5 5 6 . 5 mm 2 ) conductors per bundle, with 0 . 6 m between conductors in the bundle. The horizontal phase spacing between bundle centers are 1 1 , 1 1 , and 2 2 m . Calculate the capacitance - to -
P 1 - A \ ( 5 0 0 - \ mathrm { kV } , 6 0 \

A PV battery system has an end - to - end ef ! ciency of 7 7 % . The system is used to run an all - AC load that is run only at night. The charge controller ef ! ciency is 9 6 % and the inverter ef ! ciency is 8 5 % . How much energy will need to be gathered by the PV array if the load is 1 2 0 W running for 4 h / night ? A PV battery system has

The E 1 0 . 1 5 unit feedback system has the following transfer function: G ( s ) = 1 0 0 / s ( s + 8 ) . The steady - state error for gradient input r ( t ) = At is less than 0 . 1 6 A , and we want to obtain a phase margin of 3 5 deg and an intersection frequency of 2 0 rad / s . Determine whether the ground compensator or the ground compensator

Consider the circuit shown in ( Figure 1 ) . Solve for part A and B
Consider the circuit shown in ( Figure 1 ) .

Which of the following is NOT part of a visual inspection? A ) Connection of conductors B ) Correct connection of accessories and equipment - The functional operation of an RCD Labelling of protective devices, switches and terminals
Which of the following is NOT part of a visual

I = 2 0 A . k = 1 . 0 0 mA / V 2 . RL = 4 0 0 k . The small signal source, vI , has an internal resistance given by 4 5 k . Determine the gain. Enter your answer rounded to one decimal place.

What is the input impedance quantity, ZN ( s ) , of the the DC - DC Buck converter

For the battery charger modeled by the circuit below, Vs = 8 V , V 1 = 5 . 5 V , R 1 = 0 . 0 9 5 , R 2 = 0 . 0 3 2 Find the value of the resistor R so that: ( a ) a charging current of 2 A flows ( b ) a power of 3 W is delivered to the battery ( 0 . 0 3 2 , 5 . 5 V ) ( 0 . 0 3 2 , 5 . 5 V ) ( c ) a voltage of 6 . 1 V is present at the terminals of

Please draw the graphs so I can understand the shape! Figure 4 is included in the pictures. Thanks in advance! For the full - wave bridge rectifier circuit illustrated in Figure 4 assume that there is a 0 . 7 V drop across the diodes when they are forward biased. a . v _ ( S ) is a 1 kHz sinusoid with an amplitude of 2 . 5 V and R = 1 0 k \ Omega
Please draw the graphs so I can understand the

Formulate the interconnection function for the Omega network having n inputs and outputs, only in terms of the M = n / 2 switch numbers in each stage.

Inducing a voltage into a conductor by passing it through a magnetic field is called ? .

Questions 2 ) The below Visio logic flow diagram is an example of a BAD logic flow chart. Analyze the errors present in the flow diagram and create a corrected version of the logic flow. Bullet points are acceptable. Minimum of 4 comments. us
Questions 2 ) The below Visio logic flow diagram

In an RLC series circuit, the voltage is supplied by an alternating voltage source, V o c o s ( t ) , and then dropped across the resistor, inductor, and capacitor. The equation for the voltage drop across a resistor is V R = I R . The equation for the voltage drop across a capacitor is V C = Q C . The equation for the voltage drop across an
In an RLC series circuit, the voltage is supplied

NEC 2 1 5 . 2 , 2 2 0 . 6 1 , 2 3 0 . 4 2 , and 3 1 0 . 1 2 ( D ) state that the neutral conductor of a residential service or feeder can be smaller than the phase conductors, but only
NEC 2 1 5 . 2 , 2 2 0 . 6 1 , 2 3 0 . 4 2 , and 3

"Glow - in - the - dark" materials that continue to emit light for a time after the illumination that excited their atoms has been turned off are called fluorescent. phosphorescent. spectra. incandescent.
"Glow - in - the - dark" materials that continue

One of the concerns with the lighting system is that the lights run hot so the electrical room can become very hot. True False
One of the concerns with the lighting system is

Find the Thevenin resistor R t h and Voltage V t h across the 3 0 ohms resistor, if the frequency is 6 0 hz . Also what is I s equal to ? Solve for current and voltage across capacitor x c = 8 ohms. You can use any method you want ( Superposition , Mesh or Nodal ) ?
Find the Thevenin resistor R t h and Voltage V t

Matthiesson's Rule considers the contribution of resistivity due to electron collision with impurities at absolute 0 ( i . e . not temperature dependent ) .

Question 4 ( Z - transform and LTID system ) ( a ) Consider the input and output pairs listed below. For each case, determine the system transfer function H ( z ) along with its ROC, and indicate if the system considered is stable and / or causal. i ) , x [ n ] = ( 1 2 ) n u [ n ] , y [ n ] = 3 ( 1 2 ) n u [ n ] + 2 ( 3 4 ) n u [ n ] ; ii ) x [ n
Question 4 ( Z - transform and LTID system ) ( a

The current i as shown in the circuit below is a ) 8 A b ) 4 . 5 A c ) 2 . 2 5 A d ) 1 8 A
The current i as shown in the circuit below is a

The polarity of induced voltage opposes the cause producing it . True False

In the circuit below, the current I L = 3 m A , then the current lx is , m A ( Hint: use KCL ) the Voltage V 1 is , V ( Hint: use Ohm's Law )
In the circuit below, the current I L = 3 m A ,

Determine VoL. VoH, ViL, ViH by the derivative method dVo / dVi for: a ) V C C = 5 V , K p = 1 , K n = 1 , V T N = 1 , V T P = - 2 b ) V C C = 3 V , K p = 1 , K n = 1 , V T N = 1 . 5 , V T P = - 1
Determine VoL. VoH, ViL, ViH by the derivative

1 . Using nodal analysis, find the current through \ ( 6 \ Omega \ ) resistor in the circuit given in Fig below
1 . Using nodal analysis, find the current

< 2 5 p > You have an internal compensated op - amp with open - loop gain 1 2 0 dB , gain - bandwidth product 1 . 5 MHz , and slew rate 8 V / s . You have a power supply that gives you 1 2 volts. a . Design a voltage amplifier that has input impedance 1 2 k and voltage gain 1 5 b . Determine the small signal bandwidth of the amplifier and the

What is the path attenuation between transmitter and the receiver at a frequency of 1 . 2 GHz and a distance of 1 1 , 0 0 0 mi ?

Implement logic function f ( A , B , C ) = ? ? m ( 1 , 3 , 5 , 7 ) using the following: [ 8 marks ] a ) Decoder which has active - high outputs and OR gate. b ) Decoder which has active - low outputs and a AND gate. c ) Decoder which has active - low outputs and a NAND gate. d ) Decoder which has active - high outputs and a NOR gate. Note: You
Implement logic function f ( A , B , C ) = ? ? m

Problem 2 : [ 1 2 pts ] For the circuit shown, find V 0 in volts ( rms
Problem 2 : [ 1 2 pts ] For the circuit shown,

( 2 0 points ) Consider a scenario where a W i - F i router is transmitting a signal at a frequency of 2 . 4 GHz and the distance between the router and a receiving device is 1 0 0 meters. Given that P T x = 0 . 1 W , calculate ( a ) ( 5 points ) the Free Space Path Loss ( FSPL ) in ratio ( b ) ( 5 points ) the Free Space Path Loss ( FSPL ) in dB
( 2 0 points ) Consider a scenario where a W i -

Explain the difference between the convergence criteria of GS and NR method for load flow analysis.
Explain the difference between the convergence

Which type of multivibrator configuration is possible using the 5 5 5 timer?

V 1 = 7 V V 2 = 4 V \ table [ [ V i n , 1 0 ] , [ 1 0 , ] , [ 6 , ] , [ 3 , ] , [ 0 , ] , [ - 3 , ] , [ - 6 , ] , [ - 1 0 , ] ]
V 1 = 7 V V 2 = 4 V \ table [ [ V i n , 1 0 ] , [

At room temperature the electrical conductivity and the electron mobility for copper are 6 . 0 x 1 0 7 ( - m ) - 1 and 0 . 0 0 3 0 m 2 / V - s , respectively. ( a ) Compute the number of free electrons per cubic meter for copper at room temperature. ( b ) What is the number of free electrons per copper atom? Assume a density of 8 . 9 g / cm 3 . (

Predict what the following instruction will do: vmulleq.s 1 6 Q 1 1 , D 3 , D 5 if the condition is true, will multiply two 6 4 - bit values in registers D 3 and D 5 and place the 6 4 - bit result in the register Q 1 1 will multiply two 6 4 - bit values in registers D 3 and D 5 and place the 6 4 - bit result in the register Q 1 1 will produce an

1 0 . 4 6 The variable resistor in the circuit shown in Fig is adjusted until the average power it absorbs is maximum. a ) Find R . b ) Find the maximum average power. c ) Find the resistor in Appendix H that would have the most average power delivered to it .
1 0 . 4 6 The variable resistor in the circuit

plz draw the equivalent circuit and Nyquist plot. Draw the equivalent circuit of the following electrochemical system and the expected impedance spectrum ( Nyquist plot ) . ( a ) Hg / KCl aqueous solution / reference electrode ( Hg is ideal polarized electrode ) , ( b ) Li Metal / LiClO 4 in acetonitrile / reference electrode 0 2 Draw the
plz draw the equivalent circuit and Nyquist plot.

A warehouse is illuminated by long lines of fluorescent lamps. Each line consists of straight fluorescent lamps with very narrow gaps between them. The length of each lamp is 1 . 3 m , and its luminous output is 9 8 0 lumens. The effect of the reflector above the lamp is to double the amount of the light that falls on the floor ( compared to the
A warehouse is illuminated by long lines of

( c ) Convert SR flip - flop to JK flip - flop and draw the state diagram of SR flipflop and JK flip - flop.
( c ) Convert SR flip - flop to JK flip - flop

When controlling a VFD motor controller, the frequency can be varied from zero Hz to full rated frequency by varying the dc control voltage input from _ _ _ . Group of answer choices - 1 to + 1 vdc 0 to 1 0 0 vdc 0 to + 1 0 vdc 0 to + 1 vdc

b ) Based on your measurements, write an equation relating the voltage across each bulb to the voltage of the battery in a parallel circuit. Only relate voltages to voltages

3 ) ( 5 pts ) FFT basics a ) Given a sampling rate of 1 0 0 Hz , what's the maximum resolvable frequency? b ) Given a sampling interval of 1 0 s , what's the lowest resolvable frequency ( not counting DC ) ? c ) If you want to resolve 1 0 and 1 1 Hz , what parameters must you set ( think sample rate and / or sample length ) ? d ) Given sample time
3 ) ( 5 pts ) FFT basics a ) Given a sampling

Task 3 : Case Study: Reliant Industries LO Area: Group Replacement Reliant Industries is using a special purpose computer as part of industrial automation. The computer has 1 4 0 transistors in its motherboard which must be replaced as and when failure happens. The failure rates of transistors are summarized in Table 3 . Table 3 - Failure Rates of
Task 3 : Case Study: Reliant Industries LO Area:

A wss process x ( t ) has a correlation f x n , R x ( ) = s i n c ( ) , suppose that x ( t ) passes through the LTI system with i p and d p relationship. Find R y ( ) ? 2 * d 2 d t 2 y ( t ) + 2 * d d t y ( t ) + 4 y ( t ) = 3 * d 2 d t 2 x ( t ) - 3 d x d t ( t ) + 6 x ( t )
A wss process x ( t ) has a correlation f x n , R

What must you have when a hydromassage bathtub is installed in a dwelling unit? a . an overhead light to prevent falls b . an access hatch to service the unit c . a ladder for casy access d . easy access to the controls
What must you have when a hydromassage bathtub is

In a FET transistor, what is the ratio of I D I D S S for V G S = 0 . 5 V P A . 0 . 2 5 . B . 0 . 5 C . 1 . 0 . D . 0
In a FET transistor, what is the ratio of I D I D

Node voltages Q 1 Find the voltages of the nodes on the circuit below for nodes V 1 , V 2 and V 3 .
Node voltages Q 1 Find the voltages of the nodes

a ) Sketch the Bode plot for the following transfer function and determine phase margin and gain margin. G ( s ) = K s ( 0 . 2 s + 1 ) ( 0 . 0 2 s + 1 ) Bode stability criterion, determine the value of K for stability and check the result by means of Routh test. b ) Define gain margin and phase margin
a ) Sketch the Bode plot for the following

If the electric potential in a region is given by V ( x , y , z ) = x y - 3 z - 2 + e - i z , the z component of the electric field in the region is: ( a ) - 6 z - 3 + e - i z ( b ) x y + 6 z ( c ) - 6 z - 3 - i e - i z ( d ) + 6 z - 3 ( e ) None of the choices are correct.
If the electric potential in a region is given by

Consider a rectangular pulse a shown below. The rignal in periodic with period T = 2 . Determine forrier lerien sorelficients. N ( t )
Consider a rectangular pulse a shown below. The

The current - fed converter has an input voltage of 3 0 V and supplies a load of 4 0 W at 5 0 V . Specify a transformer turns ratio and a switch duty ratio. Determine the average current in the inductor.

The 3 - phase AC which has rotor windings brought out through slip rings for connection to external resistance is called a

Carry out the load flow study of the network in 1 7 busses starts 1 2 5 kV take down to 0 . 4 1 5 kV with industrial load at 1 1 kV and domestic load connected to 0 . 4 1 5 kV . In your study you should comment on the magnitude and phase angle of the voltage at each bus, and the real and reactive power flowing in each line

A recessed luminaire bears no marking indicating that it is "Identified for ThroughWiring." Is it permitted to run branch - circuit conductors other than the conductors that supply the luminaire through the integral junction box on the luminaire?
A recessed luminaire bears no marking indicating

The system function of a digital filter is H ( z ) = sum _ ( k = 1 ) ^ ( P ) ( A _ ( k ) ) / ( 1 - alpha _ ( k ) z ^ ( - 1 ) ) i ) If this filter was designed using impulse invariance with T _ ( s ) = 2 , find the system function, H _ ( a ) ( s ) of an analog filter that could have been the analog filter prototype. Is your answer unique? ii )

Shown to the right is an RC series circuit. a . Develop a first - order differential equation for the charge using Kirchhoff's Voltage Law. b . Differentiate the differential equation from part a to develop a first - order differential equation for the current. c . If E = 1 0 . 0 V , R = 2 0 . 0 and C = 5 . 0 m F , determine i ( t ) , given that
Shown to the right is an RC series circuit. a .

Find the Th venin equivalent of the circuit at the terminals \ ( A - B \ ) .
Find the Th venin equivalent of the circuit at

Consider this scenario: "Your coworker, an experienced electrician, is about to repair a malfunctioning piece of electrical equipment. He has deactivated the power supply and applied a lockout tag on the breaker to prevent accidental re - energization. Confident in his experience, he decides to work with his bare hands, using the readily available
Consider this scenario: "Your coworker, an

6 . 3 6 A BJT amplifier is biased to operate at a constant collector current mA irrespective of the value . If the transistor manufacturer specifies to range from 5 0 to 2 0 0 , give the expected range of , and Ans. is constant at 2 0 mA / V; A to 2 . 5 A; k to 1 0 k IC = 0 . 5 gm IB , r . gm IB = 1 0 r = 2 . 5

An electromechanical relay is a ( n ) _ _ _ _ _ _ operated switch that consists of an input circuit and an output circuit. a ) electrically b ) mechanically c ) optically d ) manually

QAM Modulation Determine the transmission bandwidth reduction and average signal energy of 2 5 6 - QAM, compared to 6 4 - QAM. [ Haykin , P 6 . 1 5 ]
QAM Modulation Determine the transmission

What is the allowable fill in sq . inches of a 2 inch Electrical Nonmetallic Tubing ( ENT ) that has more than two conductors? a . 1 . 3 4 2 b . 1 . 3 1 6 c . 1 . 3 0 7 d . 1 . 4 5 2

1 ( b ) i ) For the system represented by the following equations, find the transfer [ 2 + 3 ] function x s U ( s ) by drawing the signal flow graph and applying Mason's gain formula. x = x 1 + 3 u x 1 = - 1 x 1 + x 2 + 2 u x 2 = - 2 x 1 + 1 u proper hand written solution step by step
1 ( b ) i ) For the system represented by the

MAP sensors are being discussed. AutoZoner A says: "A MAP sensor trouble code could be caused by a disconnected or ruptured vacuum line." AutoZoner B says: "A MAP sensor with a ruptured vacuum line will cause the fuel delivery system to run rich." Who is correct? AutoZoner A AutoZoner B Both AutoZoners Neither AutoZoner
MAP sensors are being discussed. AutoZoner A

6 . An amplifier having Ri = 0 . 5 M , Ro = 2 k , and Avoc = - 2 1 0 4 is operated with a 1 0 k load. A source having a Th venin resistance of 4 M and an open - circuit voltage of 6 cos ( 2 0 0 t ) mV is connected to the input terminals. Determine the output voltage as a function of time and the power gain

What size circuit breaker would be used if a piece of # 6 AWG USE aluminum was run to a range outlet. a . 4 0 amp b . 3 0 amp c . 5 0 amp d . 6 5 amp

Consider the following discrete - time LTI system [ + 1 ] = [ ] [ ] = [ ] where = [ 0 2 0 1 ] and = [ 1 2 ] Argue that no matter what value you will choose for 1 and 2 the system is always unobservable.

The adder block in the tablet - bottling system in Figure 6 - 8 7 performs the addition of the 8 - bit binary number from the counter and the 1 6 - bit binary number from Register B . The result fromThe adder block in the tablet - bottling system in Figure 6 - 8 7 performs the addition of the 8 - bit binary number from the counter and the 1 6 -
The adder block in the tablet - bottling system

Showing 800 - 900 of 1437
  • 9 / 15