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I QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure ...
I QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure ...
i QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure Q3 is obtained when sinusoidal voltage V1 is connected to X input (Channel 1) and another sinusoidal V2 is connected to Y input (Channel 2). Both X and Y inputs are set to 1V/cm. The frequencies of both V1 and V2 are 2 kHz The oscilloscope is now switched to sweep mode in order to obtain the sinusoidal waveforms of...
i QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern...
i QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure Q3 is obtained when sinusoidal voltage V1 is connected to X input (Channel 1) and another sinusoidal V2 is connected to Y input (Channel 2). Both X and Y inputs are set to 1V/cm. The frequencies of both V1 and V2 are 2 kHz The oscilloscope is now switched to sweep mode in order to obtain the sinusoidal waveforms of...
Obiective To investigate and do analysis on what happens before, during and after resonance in a...
Obiective To investigate and do analysis on what happens before, during and after resonance in a series circuit Apparatus 1 Electricity and Electronic Bread Board EEC 470 2 Function generator 3. Two channel oscilloscope Leads 4. Two Power Supply Lead 5 National Instruments Software (MultiSim Ver 13/labview) Circuit Diagram 330 95mH Figure 1 1. Preparation (16 marks]: 1.1 From figure 1. calculate in complex form the total impedance Z total at a frequency of 250 Hz, (4) 11.1 Draw waveforms...
Please explain part A in details thx! Question 3 An n'pn Si BJT is shown in Figure Q3(a). The emitter is heavily doped with 1020 cm3 whereas the base and collector are lightly doped with 5x1018 a...
Please explain part A in details thx!
Question 3 An n'pn Si BJT is shown in Figure Q3(a). The emitter is heavily doped with 1020 cm3 whereas the base and collector are lightly doped with 5x1018 and 3x1018, respectively. The lengths of emitter, base, and collector are 0.5um, 0.2um, and 0.5 um.. The dielectric constant of silicon is 11.8 and the intrinsic carrier concentration at 300 K is 1.5x1010 cm3. Assume that a 0.026 eV at 300 K. 0.99, e...
Ctri Question 3 (20 Marks) Lab 1-Zener Circuits and Applications Theory: Zener diode is designed ...
Ctri Question 3 (20 Marks) Lab 1-Zener Circuits and Applications Theory: Zener diode is designed to operate in reverse conduction. Zener breakdown occurs at a precisely defined voltage, allowing the diode to be used as a voltage reference or clipper. While Zener diodes are usually operated in reverse conduction, they may also be operated in cutoff and forward conduction. There are two different effects that are used in "Zener diodes". The only practical difference is that the two types have...
Course and Section cto EXPERIMENT ac series-Parallel Sinusoidal Circuits OBJECTIVES 1. Measure th...
Course and Section cto EXPERIMENT ac series-Parallel Sinusoidal Circuits OBJECTIVES 1. Measure the currents of series-parallel R-L and R-C networks using sensing resistors 2. Demonstrate the Pythagorean relationship between the currents of the networks. 3. Measure the phase angles associated with the currents of the networks. 4. Calculate the input impedance of a parallel network using measured values EQUIPMENT REQUIRED Instruments Resistors 1-10-Q, 470-Ω, l-kM (14.W) Inductors 1-10-mH Capacitors 1-0.02-pF I-DMM 1--Oscilloscope 1-Audio oscillator or function generator 1--Frequency counter (if...
1. Why can the DSO only measure node voltages when the Function Generator is the power supply in ...
1. Why can the DSO only measure node voltages when the Function Generator is the power supply in a circuit (unless it is using a current probe)? 2. Consider Figure 1. According to the calculations in the lab handout, if Z-1kΩ +/6914, then the phase difference (фи-фі) between u(t) and i (t) is 34.6". a. If this v(t) and i(t) were displayed on a DSO (v(t) being a node voltage and using a current probe for i(t) as shown in...
Problem 3: Design Problem On Figure P3a, you have a Common Source (CS) n-channel MOSFET amplifier....
Problem 3: Design Problem On Figure P3a, you have a Common Source (CS) n-channel MOSFET amplifier. Notice the absence of a source resistor Rsig and load resistor R. If we know how the present amplifier (the one on Figure P3a) behaves without Rsig and RL, we can infer its behaviors if Rsig and R were to be added. design the amplifier circuit on Figure P3a, i.e., you have to find appropriate values for RGj You are to RG,, RD, and...
i QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure Q3 is obtained when sinusoidal voltage V1 is connected to X input (Channel 1) and another sinusoidal V2 is connected to Y input (Channel 2). Both X and Y inputs are set to 1V/cm. The frequencies of both V1 and V2 are 2 kHz The oscilloscope is now switched to sweep mode in order to obtain the sinusoidal waveforms of...
i QUESTION a) An oscilloscope is set to be in XY mode and a Lissajous pattern as shown in Figure Q3 is obtained when sinusoidal voltage V1 is connected to X input (Channel 1) and another sinusoidal V2 is connected to Y input (Channel 2). Both X and Y inputs are set to 1V/cm. The frequencies of both V1 and V2 are 2 kHz The oscilloscope is now switched to sweep mode in order to obtain the sinusoidal waveforms of...
Obiective To investigate and do analysis on what happens before, during and after resonance in a series circuit Apparatus 1 Electricity and Electronic Bread Board EEC 470 2 Function generator 3. Two channel oscilloscope Leads 4. Two Power Supply Lead 5 National Instruments Software (MultiSim Ver 13/labview) Circuit Diagram 330 95mH Figure 1 1. Preparation (16 marks]: 1.1 From figure 1. calculate in complex form the total impedance Z total at a frequency of 250 Hz, (4) 11.1 Draw waveforms...
Please explain part A in details thx!
Question 3 An n'pn Si BJT is shown in Figure Q3(a). The emitter is heavily doped with 1020 cm3 whereas the base and collector are lightly doped with 5x1018 and 3x1018, respectively. The lengths of emitter, base, and collector are 0.5um, 0.2um, and 0.5 um.. The dielectric constant of silicon is 11.8 and the intrinsic carrier concentration at 300 K is 1.5x1010 cm3. Assume that a 0.026 eV at 300 K. 0.99, e...
Ctri Question 3 (20 Marks) Lab 1-Zener Circuits and Applications Theory: Zener diode is designed to operate in reverse conduction. Zener breakdown occurs at a precisely defined voltage, allowing the diode to be used as a voltage reference or clipper. While Zener diodes are usually operated in reverse conduction, they may also be operated in cutoff and forward conduction. There are two different effects that are used in "Zener diodes". The only practical difference is that the two types have...
Course and Section cto EXPERIMENT ac series-Parallel Sinusoidal Circuits OBJECTIVES 1. Measure the currents of series-parallel R-L and R-C networks using sensing resistors 2. Demonstrate the Pythagorean relationship between the currents of the networks. 3. Measure the phase angles associated with the currents of the networks. 4. Calculate the input impedance of a parallel network using measured values EQUIPMENT REQUIRED Instruments Resistors 1-10-Q, 470-Ω, l-kM (14.W) Inductors 1-10-mH Capacitors 1-0.02-pF I-DMM 1--Oscilloscope 1-Audio oscillator or function generator 1--Frequency counter (if...
1. Why can the DSO only measure node voltages when the Function Generator is the power supply in a circuit (unless it is using a current probe)? 2. Consider Figure 1. According to the calculations in the lab handout, if Z-1kΩ +/6914, then the phase difference (фи-фі) between u(t) and i (t) is 34.6". a. If this v(t) and i(t) were displayed on a DSO (v(t) being a node voltage and using a current probe for i(t) as shown in...
Problem 3: Design Problem On Figure P3a, you have a Common Source (CS) n-channel MOSFET amplifier. Notice the absence of a source resistor Rsig and load resistor R. If we know how the present amplifier (the one on Figure P3a) behaves without Rsig and RL, we can infer its behaviors if Rsig and R were to be added. design the amplifier circuit on Figure P3a, i.e., you have to find appropriate values for RGj You are to RG,, RD, and...
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