Analog Comunication Trainer

Description:

• Design and implementation of second order active filters and RF oscillators.
• Design and implementation of AM and FM modulator and demodulator.
• Design and implementation of DSB/SC and SSB modulator and demodulator.
• Design and implementation of TDM and FDM multiplexer and DE multiplexer.
• Design and implementation of frequency converter and signal recovery

Features:

• Textbook includes the theoretical and practical details.
• Textbook includes the expected results for reference.
• Problem discussion attached together with answers for instructor
• Only need oscilloscope to obtain the measured results

MODULE

MODULE ONE:

1. Chapter1. : Second Order Active Filters Experiment:

• Second Order Active Low-pass Filter
• Second Order Active High-pass Filter
• Second Order Active Band-pass Filter
• Second Order Active Band-stop Filter

2. Chapter2. : RF Oscillators Experiment:

• Colpitts Oscillator
• Hartley Oscillator
• Crystal Oscillator Voltage Controlled
• Oscillator

MODULE TWO:

3. Chapter3: AM Modulator Experiment:

• Transistor AM Modulator
• MC1496 AM Modulator

4. Chapter4: AM Demodulator Experiment:

• Diode Detector
• Product Detector

MODULE THREE:

5. Chapter 5: DSB-SC and SSB Modulator Experiment:

• DSB-SC Modulator
• SSB Modulator

6. Chapter 6: DSB-SC and SSB Demodulator

Experiment:

• Product detector of DSB-SC Demodulator
• Product detector of SSB Demodulator

MODULE FOUR:

7. Chapter 7: FM Demodulator Experiment:

• MC4046
• FM Demodulator
• LM565 FM Demodulator

8. Chapter 8: FM Modulator

Experiment:

• MC4046 FM Modulator
• LM566 FM Modulator

MODULE FIVE:

9. Chapter 9: TDM Multiplexer Experiment:

• Waveform Generator
• TDM Multiplexer

10. Chapter 10: TDM DE multiplexer Experiment:

• TDM DE multiplexer

MODULE SIX

11. Chapter 11: FDM Multiplexer Experiment:

• FDM Signal Generator
• DSB-SC Modulated Signal Generator
• FDM Multiplexer

12. Chapter 12: FDM Demodulator Experiment:

• FDM DE multiplexer

MODULE SEVEN:

13. Chapter 13: Analog-to-digital Converter Experiment:

• ADC0804 Analog-to-digital Converter
• ADC0809 Analog-to-digital Converter

14. Chapter 14: Digital-to-analog Converter

Experiment:

• R-2R Network DAC
• DAC 0800 Converter

MODULE EIGHT:

15. Chapter15. : Frequency Converter Experiment:

• Frequency Multiplier
• Up/Down Frequency Converter

16. Chapter16. : Signal Recovery Experiment:

• Carrier Signal Recovery Circuit
• Clock Recovery Circuit

MODULE NINE:

DC POWER SUPPLY

Features:

1. Tipple Bipolar Voltage Output

• DC 0 – 15V
• DC + 5V
• DC + 12V

2. Constant & Variable Voltage operation

3. Low Ripple and Noise

Function Generator

Features:

1. Two Signal Output Port

2. Frequency Range

• 0 - 10Hz
• 0 - 100kHz
• 0 - 1kHz
• 0 – 10kHz

3. Overload Protection

4. Waveform: Sine, Triangle, Square, TTL Pulse

5. Amplitude: 10Vpp

6. Built-in-6-Digit Frequency Counter

7. Two Large 0.5’’ LED Display

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