EC2K307 (P) :

BASIC ELECTRONIC ENGINEERING LAB

1. STUDY OF CRO
2. DIODE CHARACTERISTICS
3. ZENER DIODE CHARACTERISTICS 
4. RECTIFIER CIRCUITS
5. RECTIFIER CIRCUITS WITH FILTER
6. CLIPPING CIRCUITS
7. CLAMPING CIRCUITS
8. TRANSISTOR COMMON EMITTER CHARACTERISTICS
9. TRANSISTOR COMMON BASE CHARACTERISTICS
10. RC DIFFERENTIATOR
11. RC INTEGRATOR
12. SERIES VOLTAGE REGULATOR
13. UJT CHARACTERISTICS

CS2K 308 (P) :

ELECTRONICS LAB

1. STUDY OF CRO
2. DIODE CHARACTERISTICS 
3. ZENER DIODE CHARACTERISTICS 
4. RECTIFIER CIRCUITS
5. RECTIFIER CIRCUITS WITH FILTER
6. CLIPPING CIRCUITS
7. CLAMPING CIRCUITS
8. TRANSISTOR COMMON EMITTER CHARACTERISTICS
9. TRANSISTOR COMMON BASE CHARACTERISTICS
10. RC DIFFERENTIATOR
11. RC INTEGRATOR
12. SERIES VOLTAGE REGULATOR
13. UJT CHARACTERISTICS

EE2K 307 (P) :

ELECTRONICS LAB I

1. STUDY OF CRO
2. DIODE CHARACTERISTICS 
3. ZENER DIODE CHARACTERISTICS
4. RECTIFIER CIRCUITS
5. RECTIFIER CIRCUITS WITH FILTER
6. CLIPPING CIRCUITS
7. CLAMPING CIRCUITS
8. TRANSISTOR COMMON EMITTER CHARACTERISTICS
9. TRANSISTOR COMMON BASE CHARACTERISTICS
10. RC DIFFERENTIATOR
11. RC INTEGRATOR
12. RC COUPLED AMPLIFIER
13. EMITTER FOLLOWER

EC2K 407 (P) :

ELECTRONIC CIRCUITS LAB

1. COMMON EMITTER AMPLIFIER
2. COMMON COLLECTOR AMPLIFIER
3. TWO STAGE RC COUPLED AMPLIFIER
4. RC PHASE SHIFT OSCILLATOR
5. HARTLEY OSCILLATOR
6. COLPITTS OSCILLATOR
7. POWER AMPLIFIER
8. TUNED AMPLIFIER
9. SERIES VOLTAGE REGULATOR WITH FEEDBACK 

EC2K 408 (P) :

DIGITAL ELECTRONICS LAB

1. STUDY OF LOGIC GATES
2. COMBINATIONAL CIRCUITS
3. ADDER CIRCUITS
4. SUBTRACTOR CIRCUITS
5. ARITHMETIC CIRCUITS
6. BCD ADDER CIRCUITS
7. MULTIPLEXER
8. CODE CONVERTER
9. FLIP FLOP USING GATES
10. ASYNCHORONOUS COUNTERS
11. SYNCHONOUS COUNTERS
12. RING COUNTER
13. JOHSON COUNTER
14. SEQUENCE GENERATOR

CS2K 408 (P) :

DIGITAL ELECTRONICS LAB

1. STUDY OF LOGIC GATES
2. COMBINATIONAL CIRCUITS
3. ADDER CIRCUITS
4. SUBTRACTOR CIRCUITS
5. ARITHMETIC CIRCUITS
6. BCD ADDER CIRCUITS
7. MULTIPLEXER
8. CODE CONVERTER
9. FLIP FLOPS USING GATES
10. ASYNCHORONOUS COUNTERS
11. SYNCHONOUS COUNTERS
12. RING COUNTER
13. JOHSON COUNTER
14. SEQUENCE GENERATOR

EC2K 507 (P) :

MICROPROCESSOR & MICROCONTROLLER LAB

1. FAMILIARISATION OF 8086 MICROPROCESSOR KIT
2. DATA TRANSFER OPERATIONS
3. ARITHMETIC OPERATIONS
4. SEARCH OPERATIONS
5. BLOCK DATA TRANSFER
6. FACTORIAL
7. SORTING
8. SUM OF TWO NUMBERS
9. SUM OF N NUMBERS
10. PRODUCT OF TWO NUMBERS
11. LARGEST OF N NUMBERS
12. LINEAR SEARCH
13. BUBBLE SORTING
14. STRING DISPLAY
15. REVERSE OF A STRING
16. STRING LENGTH
17. PALINDROME
18. GENERATION OF WAVE FORMS USING DAC
19. STEPPER MOTOR CONTROL
20. INTRODUCTION TO MASM

EC2K 508 (P) :

LINEAR INTEGRATED CIRCUITS LAB

1. MEASUREMENT OF OP-AMP PARAMETERS
2. INVERTING AND NON INVERTING AMPLIFIERS
3. DIFFERENTIATOR
4. INTEGRATOR
5. INSTRUMENTATION AMPLIFIER USING THREE OP-AMPS
6. TRIANGULAR AND SWEEP WAVE GENERATOR
7. RC PHASE SHIFT OSCILLATOR
8. WEIN BRIDGE OSCILLATOR
9. ASTABLE MULTI VIBRATOR USING OP-AMP
10. MONOSTABLE MULTIVIBRATOR USING OP-AMP
11. ASTABLE MULTI VIBRATOR USING IC 555
12. MONOSTABLE MULTI VIBRATOR USING IC 555
13. FIRST ORDER LPF AND HPF
14. SECOND ORDER LPF AND HPF
15. BAND PASS FILTER WITH MULTIPLE FEEDBACK
16. NOTCH FILTER
17. VOLTAGE REGULATOR USING IC 723

EE2K 507 (P) :

ELECTRONICS LAB II

1. INVERTING AND NON INVERTING AMPLIFIERS
2. SCALE CHANGER AND ADDER
3. DIFFERENTIATOR
4. INTEGRATOR
5. PRECISION RECTIFIER
6. SQUARE,TRIANGULAR AND SAW TOOTH WAVE GENERATOR USING OP-AMP
7. RC PHASE SHIFT OSCILLATOR
8. WEIN BRIDGE OSCILLATOR
9. ASTABLE MULTI VIBRATOR USING IC 555
10. MONOSTABLE MULTI VIBRATOR USING IC 555
11. SCHMITT TRIGGER CIRCUIT USING OP-AMP
12. ADDER CIRCUITS
13. SUBTRACTOR CIRCUITS
14. COMBINATIONAL CIRCUITS
15. ASYNCHRONOUS COUNTERS
16. JOHNSON AND RING COUNTER

EC2K 607 (P) :

ANALOG COMMUNICATION LAB

1. IF TUNED AMPLIFIER
2. DSB-AM COLLECTOR MODULATION
3. DSB-AM BASE MODULATION
4. FM GENERATION USING 566 IC
5. AM DETECTION
6. FREQUENCY MIXER
7. PWM AND PPM USING 741 OP-AMP
8. PWM AND PPM USING IC 555
9. PAM GENERATION AND DEMODULATION
10. PLL CHARACTERISTICS
11. DSB-AM USING IC AD633
12. FREQUENCY DOUBLER USING IC AD 633
13. BALANCED MODULATOR USING IC AD 633