Experiment Performed 

Module One

• Basic Electronic Circuits
• Diode and Transistor Switches
• Basic applications of Operation Amplifiers (I)
• Experiment 4: Inverter OP Amplifier fin 1 kHz and 2 VPP
• Experiment 5: Inverter fin 1 kHz and 2 VPP
• Experiment 6: Non-Inverter OP Amplifier fin 1 kHz and 2 VPP
• Experiment 7: Voltage Follower fin 1 kHz and 2 VPP
• Basic Applications of Operation Amplifiers (II)
• Experiment 8: Comparator Vs ±12 V,V ref ±1 V
• Experiment 9: Zero Crossing Detector Vs ±12 V , V ref 0 V
• Experiment 10: Photoelectric Controller Vs ±12 V , V ref 6 V

Module Two 

• Waveform Generator Circuits
• Schmitt Trigger Circuit
• Experiment 1: Schmitt Trigger Vs ±12 V , fin 1 kHz, Vin and 10 VPP
• Experiment 2: 555 Delay Circuit Vs 12 V , TON 6 secs
• Experiment 3: Delay Turn off Circuit VCC 12 V ,TON 4 ~ 9 secs
• Astable Multivibrator
• Experiment 4: OPA Astable Multivibrator Vs ±12 V , V out 22 VPP Square wave
• Experiment 5: 555 Astable Multivibrator VCC 12 V , V out 11 VPP Square wave
• Experiment 6: Sparkling Lamp
• Crystal Oscillator
• Experiment 7: TTL Crystal Oscillator for 100 kHz ~ 4 MHz
• Experiment 8: OPA Crystal Oscillator for 1 MHz, V out and 6 VPP

Module Three

• Digital Circuits
• BCD Adder
• Experiment 1: BCD Adder IC 4560B
• BCD Subtractor
• Experiment 2: BCD Subtractor IC 4560B
• Applications of Timer
• Experiment 3: Monostable Circuit VCC 12 V , TON 5 ~ 10 secs dot
• Experiment 4: Touch Switch VCC 12 V , TON 5 secs
• Experiment 5: Alarm Circuit VCC 5 V , IC LM555, Speaker
• Digital Display Circuit
• Experiment 6: 4518 Counter
• Experiment 7: Digit Display Circuit VCC 5 V, IC CD4518
• Application of LCD
• Experiment 8: LCDM Circuit VCC 5 V, IC: 4511

Module Four

• Signal Process Circuits
• Digital to Analog Converter
• Experiment 1: R 2R Ladder Network Circuit VCC 8 V, V out= 0 ~ 7.5 V
• Experiment 2: D byA Converter VCC ±15 V, IC DAC0800
• Analog to Digital Converter
• Experiment 3: A/D Converter VCC 5 V, IC ADC0804
• Filters
• Experiment 4: Low pass Filter VCC ±15 V, fin 100 Hz ~ 5 kHz and 4 VPP
• Experiment 5: High pass Filter VCC ±15 V, fin 100 Hz ~ 5 kHz and 4 VPP
• Experiment 6: Bandpass Filter VCC ± 15 V , fin 50 Hz ~ 280 Hz and 4 VPP
• Experiment 7: Bandstop Filter VCC ± 15 V, fin 50 Hz ~ 280 Hz and 4 VPP

Module Five

• Regulated DC Power Supply
• Applications of 7800 Series Regulator
• Experiment 1: 7805 Regulator Characteristic Vin 8 ~15 V, V out =5 V
• Experiment 2: 7805 Expanded Voltage Vin 12 V,V out =5 ~ 7 V
• Experiment 3: 7805 Variable Regulator Vin 12 V, V out =11 V
• Experiment 4: 7805 Current Source RL 0 ~330Ω, I out= 10 mA
• Applications of 7900 Series Regulator
• Experiment 5: 7905 Regulator Characteristic Vin 8 ~15 V, Vout =-5 V
• Experiment 6: 7905 Expanded Voltage Vin 12 V, V out = -5 ~ -7 V
• Experiment 7 7905 Variable Regulator Vin 12 V, V out = -11 V
• Experiment 8 7905 Current Source RL 0 ~330Ω, I out =11 mA
• Function Generator and DC Power Supply
• Waveforms: Sine, Triangle, Square and TTL Pulse

Technical Specification 

Amplitude: 10Vpp

• Impedance: 50Ω ±10 %
• Duty Control: 30 % to 60%
• Display: 6 Digit LED
• Frequency Range: 10Hz to 100 kHz 4 Ranges
• Frequency Range: 100Hz to 1 MHz 4 Ranges
• Constant Voltage Output: ± 5V,±12V
• Variable Voltage Output: 0 V to ±15V
• Power source 220 to 230V AC 50Hz 1 Phase