3552c LAB1

Answer the ff.__________1. A wave shaping circuit which controls the shape of the output waveform by removing a portion of the applied wave. __________2. An electronic circuitthat fixes either the positive or the negative peak excursions of a signal to a defined value by shifting its DC value. __________3. A form of semiconductor diode in which at a critical reverse voltage a large reverse current can flow. __________4. An electronic component composed of two conductive plates separated by an insulator. __________5. A type of capacitor used in sensing applications as well as in RF electronics. __________6. A type of capacitor where the cross-sectional area is changed as one set of plates are rotated with           respect to the other. __________7. A material used as electrodes for an electrolytic capacitor aside from aluminum.

Explain the characteristics of LDR? What is the use of Multimeter in the experiment?

Electric circuits analysis Question

Design a circuit using TSAL6100 Infrared emmitter LED. The circuit will have a switch (i.e. a button), which controls the radiant power of the LED such that: the radiant power will be 2mW when the switch is on, and the radiant power will be 20mW when the switch is off. Use only a single DC power supply.

Draw the diagram of a halfwave power supply circuit and a full wave  supply circuit. Aside from  the difference between the number  of diodes utilized in both circuits, state the main advantage of  the full wave   power against the halfwave circuit for the following scenario . When there is a defective diode (open anode- cathode ) When the filter capacitor is defective (capacitor is open)

How to calculate the efficiency in frequency modulation and what is the highest value for efficiency in frequency modulation

Good day! Please help me determine the conduction angle in my simulation as well as the delay angle. Please teach me also how to determine it. Thank you! need asap.

To modulate a pulse carrier with sinusoidal signal to obtain a Pulse Position Communication system lab. Experiment 3: Pulse position Modulation Department of EME Object: Modulated signal. EQUIPMENT: 1. Experimental training board. 2. Oscilloscope. lab THEORY: The amplitude and width of the pulses is kept constant in this system, while the position of each pulse is varied by each instantaneous sampled value of the modulating wave. Pulse Position Modulation(PPM) has the advantage of requiring constant transmitter power output, but the disadvantage of depending on transmitter receiver synchronization. PROCETURE: 1. Connect the CRO probe to the socket marketed TP2,the wave form should be a sinusoidal as shown in fig.2(a). 2. Now move the CRO probe from TP2 and connect it to TP1.the waveform here should resemble that of fig.2(b)i.e., a pulse train(carrier). 3. Connect TP1 to input terminal & TP2 to input terminals and switch on the main supply. Observe the waveform on the CRO at TP3.…

This multiple choice question from electronics lab

Please could you complete this electronics question about Circuit Analysis.

Calculate the following: i. Voltage across resistors R1, R3, R6. (Vrms) ii. Current flowing through the circuit. (Irms) iii. Calculate the peak to peak-peak voltage (Vpk-pk) and peak-peak current (I pk-pk) iv. Calculate the time period of the waveform

4. For answers related to this problem just type the value without the units in the form . The wave in figure 2 is transmitted and it is also known that the frequency of the modulator is 3kHz and that of the carrier is 100kHz.4 a.m. How much is the peak amplitude of the modulator?4 b. What is the peak amplitude of the unmodulated carrier?

A superheterodyne receiver is to tune the range 88.IMHZ to 107.1MH2. The RF circuit inductance is IuH. Low side injection is used. a. Calculate the minimum capacitance of the variable capacitor in the RF circuit ANSWER: 2.208pF b. Calculate the RF circuit capacitance tuning ratio ANSWER: 1.4778 c. If the receiver has a single converter stage and IF of 800kHz, calculate the capacitance tuning ratio of the local oscillator ANSWER: 1.483pF

Q) Draw and explain the charging time characteristics of first order RC circuit?

The waveform given below is observed on the screen of a CRO. If the time/div switch is set at 10 µsec and the volt/div at 200 mV, the frequency and peak to peak voltage are, respectively. -1.5 -1 -1- -2- 2 1 1 1.5 2

What is the action of a capacitor in a Power Supply Circuit?*   a. To de-couple DC component of the rectified AC input b. To increase the DC component of the output wave. c. To remove DC component of the AC wave. d. None of the above.

Describe the pins that are utilised in the maximum and lowest modes.

Diagram showing zero basing in field effect transistors as applied in electronics

The circuit design in Figure 1 requires that the LED turns on at a rated 8V. To operate correctly calculate the required: a) RF Value b) Range of LDR values that would turn on the LED c) You have been consulted on a problem involving the  circuit  in  Figure 1.  The  problem  is  that  during  sunrise  and  sunset  the  LED  flickers ON  and  OFF  for  a  brief  period.  Using  circuit  diagrams  and waveforms  explain  the  technique  you  would  employ  to  fix  such  a problem

For the signal flow graph of the given figure, consider the following statements 1. It has three forward paths 2. It has three individual loops 3. It * has two non touching loops Out of above the correct statements are

Facts A clipper is an electronic circuit that produces an output by removing a part of the input above or below a reference value. That means the output of a clipper will be the same as that of the input other than the clipped part. Due to this, the peak to peak amplitude of the output of a clipper will be always less than that of the input. The main advantage of clippers is that they eliminate the unwanted noise present in the amplitude of an ac signal. Question: What do you think is the main disadvantage of a Clipper circuit over a Clamper Circuit?

1. The following questions refer to the circuit shown below. a) What do the areas of the circuit labeled "., ", and" do? b) Explain the operation of the circuit, beginning on the left (please be specific, do not include the motor or the AC source) c) How would you wire this circuit to a load and a 120VRMS source (note: "N" is Neutral or GND) To Load IL "A" 56R 240R 33RI V1 5v 立三立 120Vrms 160HZ 0° 33nFi ON

a.Derive the excitation equations b. Determine transition and output equations c. Derive the transition/output table and Draw the state diagram.

Find the resonance point and the half-width of the speed versus frequency curve for the damped harmonic oscillator, under the action of a sinusoidal driving force.  *It is all the data

What is the problem with AM signal when overmodulation occurs?

Please provide detailed explanation for this circuit question, thank you!

Chose the correct answer 9- What is the modulating signal voltage if the maximum and the minimum voltages on the wave were observed to be 5.9v and 1.2v respectively? a) 2.35v b) 2.12v c) 1.85v d) 3.21v

a) (i) Draw the electrical model of a piezoelectric crystal. (ii) Over what portionof the reactance curve do we desire oscillations to take place when the crystal isused as part of a sinusoidal oscillator? Explain. b) An N-channel JFET has IDSS = 16 mA and VP= -6 volts. Calculate the draincurrent and VDS (sat) when VGS = -4 volts.

Explain the two types of MOSFETs (draw the physical structure as well). Also explain themajor difference between them regarding mode of operation?

Write the appropriate term for the following questions 1. A clipper or limiter circuit consists of a semiconductor device named and one resistor. 2. A clipper circuit used to remove or clip-off negative cycle of input signal is called series. clipper. 3. clamper clamps/shifts the input wave to the specific voltage level. that in CB 4. The leakage current in CE arrangement is arrangement 5. The ends of a load line drawn on a family of curves determine 6. What is the value of drain current when Vos-pinch off voltage---- 7. A BJT is in the saturation region if Both the junctions are biased

-Fill in the blank(s) with appropriate word(s): 1. The three –phase half - wave converter is not normally used in practical systems, because ___________________.2. The three –phase half - wave converter is provide _______________average output voltage.3. The frequency of output ripple voltage for three –phase half - wave converter is_____________.