Use the Component provided below 2N5458 JFET.ms10 Create the schematic shown below and change the function generator set
Posted: Fri Jul 01, 2022 6:01 am
Use the Component provided below
2N5458 JFET.ms10
Create the schematic shown below and change the functiongenerator settings as shown below
Using Oscilloscope obtain the output waveform and measure thepeak to peak voltage at the Output (VD). Which of the following isthe obtained waveform of the the oscilloscope?
What is the output Peak to Peak Voltage?
Comparing input and output signals, does the circuit withunbypassed source resistor provide voltage gain?
Measure the Vin and Vout pk-pk values and calculate for thevoltage gain (Av = Vo/Vi)
What happens to the Output Voltage
Measure the new Vin and Vout pk-pk values and calculate for thevoltage gain (Av = Vo/Vi)
ANSWER ALL, I'LL LIKE IT AFTER PROMISE
Function generator-XFG1 Waveforms Signal options Frequency: 1 Duty cyde: 50 Amplitude: 0.15 Offset: 0 Set rise/Fall time Common KHz % Vp V XFG1 + COM C1 HE 0.022μF R1 1MQ R3 · 2.7ΚΩ U1 2N 5458 R2 2.7ΚΩ + C2 47µF V1 15V
2N5458 R2 •2.7ΚΩ + C2 47μF
2N5458 JFET.ms10
Create the schematic shown below and change the functiongenerator settings as shown below
- Use The Component Provided Below 2n5458 Jfet Ms10 Create The Schematic Shown Below And Change The Function Generator Set 1 (29.18 KiB) Viewed 32 times
What is the output Peak to Peak Voltage?
Comparing input and output signals, does the circuit withunbypassed source resistor provide voltage gain?
Measure the Vin and Vout pk-pk values and calculate for thevoltage gain (Av = Vo/Vi)
- Use The Component Provided Below 2n5458 Jfet Ms10 Create The Schematic Shown Below And Change The Function Generator Set 2 (10.66 KiB) Viewed 32 times
Measure the new Vin and Vout pk-pk values and calculate for thevoltage gain (Av = Vo/Vi)
ANSWER ALL, I'LL LIKE IT AFTER PROMISE
Function generator-XFG1 Waveforms Signal options Frequency: 1 Duty cyde: 50 Amplitude: 0.15 Offset: 0 Set rise/Fall time Common KHz % Vp V XFG1 + COM C1 HE 0.022μF R1 1MQ R3 · 2.7ΚΩ U1 2N 5458 R2 2.7ΚΩ + C2 47µF V1 15V
2N5458 R2 •2.7ΚΩ + C2 47μF