1. Minimization and realization of Switching functions using logic gates
- Waveforms at Input and Output without Bias.
- Determination of Bias Resistance to Locate Q-point at Center of Load
Line.
- Measurement of Gain.
- Plot the Frequency Response & Determination of Gain Bandwidth
Product
2. Design and Construct BJT Common Emitter Amplifier using
Bias (self-bias) with and without bypassed Emitter Resistor.
- Measurement of Gain.
- Plot the Frequency Response & Determination of Gain Bandwidth
Product
3. Design and Construct BJT Common Collector Amplifier using Voltage Divider
Bias (self-bias).
- Measurement of Gain.
- Plot the Frequency Response & Determination of Gain Bandwidth
Product
4. Darlington Amplifier using BJT.
- Measurement of Gain and Input Resistance.
- Comparison with Calculated Values.
- Plot the Frequency Response & Determination of Gain Bandwidth
Product
5. Source follower with Bootstrapped Gate Resistance
- Measurement of Gain, Input Resistance and Output Resistance with
and without Bootstrapping.
- Comparison with Calculated Values.
6. Differential Amplifier using BJT
- Measurement of CMRR.
7. Class A Power Amplifier
- Observation of Output Waveform.
- Measurement of Maximum Power Output.
- Determination of Efficiency.
- Comparison with Calculated Values.
8. Class B Complementary Symmetry Power Amplifier
- Observation of the Output Waveform with Crossover Distortion.
- Modification of the Circuit to avoid Crossover Distortion.
- Measurement of Maximum Power Output.
- Determination of Efficiency.
- Comparison with Calculated Values.
9. Power Supply Circuit - Half wave Rectifier with Simple Capacitor Filter.
- Measurement of DC voltage under Load and Ripple Factor,
Comparison with Calculated Values.
- Plot the Load regulation Characteristics using Zener Diode.
10. Power Supply Circuit - Full wave Rectifier with Simple Capacitor Filter
- Measurement of DC voltage under Load and Ripple Factor,
Comparison with Calculated Calues.
- Measurement of Load Regulation Characteristics. Comparison with
Calculated Values.
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