BASIC ELECTRONICS

1) BASIC / APPLIED ELECTRONICS / EDC
S.No
Particulars
Model
1 Characteristics of semiconductor Diode
BA-0101
2 Characteristics of Zener Diode.
BA-0102
3 Characteristics of Transistor (h parameter measurement).
BA-0103
4 Characteristics of FET.
BA-0104
5 Characteristics of UJT.
BA-0105
6 Transistor characteristics in CE mode.
BA-0106
7 Transistor characteristics in CB mode.
BA-0107
8 Transistor characteristics in CC mode.
BA-0108
9 Characteristics of phototransistor.
BA-0109
10 Characteristics of photo diode.
BA-0110
11 Characteristics of LDR.
BA-0111
12 Characteristics of LED
BA-0112
13 Study of KCL/KVL.
BA-0113
14 HWR with & without Filter.
BA-0114
15 Center tap FWR with & without Filter.
BA-0115
16 Bridge Rectifier with & without Filter.
BA-0116
17 Voltage Doubler, Tripler & Quadrapler.
BA-0117
18 Zener Diode as a shunt voltage Regulator.
BA-0118
19 Series voltage Regulator.
BA-0119
20 Hartley Oscillator.
BA-0120
21 Crystal Oscillator.
BA-0121
22 Clamp Oscillator.
BA-0122
23 Colpitt’s Oscillator.
BA-0123
24 Pierce Oscillator.
BA-0124
25 Miller Oscillator.
BA-0125
26 Phase shift Oscillator.
BA-0126
27 Wein Bridge Oscillator.
BA-0127
28 Blocking Oscillator.
BA-0128
29 Single stage CE Amplifier.
BA-0129
30 Single stage CB Amplifier.
BA-0130
31 Single stage CC Amplifier.
BA-0131
32 Class A Amplifier.
BA-0132
33 Transformer coupled class A Amplifier.
BA-0133
34 Class B push pull Amplifier.
BA-0134
35 Class AB push pull Amplifier.
BA-0135
36 Current series feedback Amplifier.
BA-0136
37 Voltage series feedback Amplifier.
BA-0137
38 Current shunt feedback Amplifier.
BA-0138
39 Voltage shunt feedback Amplifier.
BA-0139
40 Two stage RC coupled class A Amplifier using transistor.
BA-0140
41 Two stage RC coupled class A Amplifier using FET.
BA-0141
42 Two stage RC coupled class A Amplifier using BJT.
BA-0142
43 Direct coupled Amplifier.
BA-0143
44 Schmitt Trigger using transistor.
BA-0144
45 Emitter follower with Bootstrap.
BA-0145
46 Darlington Bootstrap Amp.
BA-0146
47 EPROM based waveform generator.
BA-0147
48 Study of Switch mode power supply.
BA-0148
49 Study of stepper motor control (IC based)
BA-0149
50 Study of temp.senser using AD 590.
BA-0150
51 Study of Thumbwheel Interface/7segment.
BA-0151
52 Study of Function generator using IC 8038.
BA-0152
53 Study of Differential amplifier.
BA-0153
54 Study of T to F converter.
BA-0154
55 Study of Diode matrix ROM.
BA-0155
56 Study of two nibbles adder/Subtractor.
BA-0156
57 ADC using IC 7109.
BA-0157
58 Characteristics of Solar cell/photovoltaic cell
BA-0158
59 Characteristics of opto-isolator.
BA-0159
60 Characteristics of SCR
BA-0160
61 Clipping circuits
BA-0161
62 Clamping circuits
BA-0162
63 RC Differentiator
BA-0163
64 RC Integrator
BA-0164
65 Study of Burglar Alarm
BA-0165
 
2) NETWORK & LINES.
S.No
Particulars
Model
1 Study of Thevenin’s Theorem.
N-0101
2 Study of Norton’s Theorem
N-0102
3 Study of LCR resonance.
N-0103
4 Study of Wein bridge network.
N-0104
5 Study of twin T network.
N-0105
6 Study of RC high pass filter.
N-0106
7 Study of RC low pass filter.
N-0107
8 Study of RC Band pass filter.
N-0108
9 Study of RC Band stop filter.
N-0109
10 Study of Superposition Theorem
N-0110
11 Study of Reciprocity Theorem
N-0111
12 Study of Maximum Power Transfer Theorem
N-0112
13 Wheatstone’s Bridge
N-0113
14 De-Sautey’s Bridge
N-0114
15 Maxwell’s Bridge
N-0115
16 Hay’s Bridge
N-0116
17 Schering Bridge
N-0117
18 Kelvin’s Bridge
N-0118
 
3) LINEAR INTEGRATED CIRCUITS (LIC)
S.No
Particulars
Model
1 IC 741 as inverting amp.
L-0101
2 IC 741 as non-inverting amp.
L-0102
3 IC 741 as adder & averager.
L-0103
4 IC 741 as Subtractor.
L-0104
5 IC 741 as instrumentation amp.
L-0105
6 IC 741 as voltage comparator.
L-0106
7 IC 741 as Bistable Multivibrator.
L-0107
8 IC 741 as Astable Multivibrator.
L-0108
9 IC 741 as Monostable Multivibrator.
L-0109
10 IC 741 as Phase shift oscillator.
L-0110
11 IC 741 as Wein bridge oscillator.
L-0111
12 IC 741 as squre wave oscillator.
L-0112
13 IC 741 as sawtooth wave generator.
L-0113
14 IC 741 as Triangular wave generator.
L-0114
15 IC 741 as a Schmitt trigger.
L-0115
16 IC 741 as a Sample & Hold circuit.
L-0116
17 Astable Multivibrator using 555
L-0117
18 Monostable Multivibrator using 555.
L-0118
19 Bistable Multivibrator using 555
L-0119
20 Sequential timer using 555
L-0120
21 4 bit DAC using IC 741 (I to V converter)
L-0121
22 DAC using IC 74148.
L-0122
23 Study of up/down counter using IC 74192/74193.
L-0123
24 IC 723 voltage regulator.
L-0124
25 IC 741 as Integrator & differentiator.
L-0125
26 Study of op-amp parameter.
L-0126
27 IC 741 as voltage follower
L-0127
28 IC 741 as Log amplifier
L-0128
29 IC 741 Anti Log amplifier
L-0129
30 IC 741 as Precision Half wave rectifier
L-0130
31 IC 741 as Precision Full wave rectifier
L-0131
32 IC 741 as V to I converter
L-0132
33 IC 741 as I to V converter
L-0133
34 VCO using 566
L-0134
 
4) DIGITAL ELECTRONICS.
S.No
Particulars
Model
1 Digital Trainer.
DT-2000 B
2 Component Development Trainer.
CD-2000
3 Study of Logic Gates (2 sockets)
D-0101
4 Study of flip flop (2 sockets with clock)
D-0102
5 De Morgan’s Theorem
D-0103
6 Half & Full Adder
D-0104
7 Half Subtractor
D-0105
8 Full Subtractor
D-0106
9 Scaling circuits using IC 7490
D-0107
10 Shift Register
D-0108
11 16:1 Multiplexer
D-0109
12 1:16 Demultiplexer
D-0110
13 Binary to Gray converter
D-0111
14 Gray to Binary converter
D-0112
15 BCD to Decimal converter
D-0113
16 Decimal to BCD converter
D-0114
17 BCD to Excess-3 converter
D-0115
18 Excess-3 to BCD converter
D-0116
19 Seven segment Decoder Driver
D-0117
20 ADC using 7109
D-0118
21 DAC using 74148
D-0119
22 Up-down counter
D-0120
23 Study of RAM
D-0121
24 Diode Matrix ROM
D-0122
25 Study of Buffer latches
D-0123
26 Study of unidirectional Buffer
D-0124
27 Study of bi-directional Buffer
D-0125
28 Counter with multiplexed display
D-0126
29 Synchronous counter with multiplexed Display
D-0127
     







 
 
 
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