ANALOG/BASIC ELECTRONICS LAB. CHARACTERISTICS S.N. Item Model No. Following kits are designed on Glass Epoxy PCB with easily replaceable components & schematic printed on Top. Housed in Pine wood good finish box. Lab Power Power supply, Multimeter, CRO, FG require externally. 1 PN juntion Diode characteristics (Si and Ge to be specify) LS BE - 001 2 Zener Diode Characteristics LS BE - 002 3 Transistor Characteristics in CE Mode LS BE - 003 4 Transistor Characteristics in CB Mode LS BE - 004 5 Transistor Characteristics in CC Mode LS BE - 005 6 Light Emitting Diode (LED) Characteristics LS BE - 006 7 Light Dependent Resistor (LDR) Characteristics LS BE - 007 8 Photo Diode Characteristics LS BE - 012 9 Photo Transistor Characteristics LS BE - 013 10 JFET Characteristics LS BE - 014 11 MOSFET Characteristics LS BE - 015 12 UJT Characteristics LS BE - 016 13 IGBT Characteristics LS BE - 017 14 Transistor Characteristics in CE/CB/CC Mode LS BE - 022 15 Characteristics of OPTO Coupler using IC MC2TE LS BE - 024 16 Characteristics of All Diodes (minimum 5 diodes) LS BE - 025 17 Half Wave Rectifier With & Without Filter LS BE– 026 18 Center tap Full Wave Rectifier With & Without Filter LS BE– 027 19 Bridge type Full wave rectifier With & Without Filter LS BE– 028 20 Half, Full Wave & Bridge Rectifier with & without filter LS BE - 029
Transcript
ANALOG/BASIC ELECTRONICS LAB.
CHARACTERISTICSS.N. Item Model
No.Following kits are designed on Glass Epoxy PCB with easily replaceable components & schematic printed on Top. Housed in Pine wood good finish box. Lab Power Power supply, Multimeter, CRO, FG require externally.
1 PN juntion Diode characteristics (Si and Ge to be specify)
LS BE - 001
2 Zener Diode Characteristics LS BE - 002
3 Transistor Characteristics in CE Mode LS BE - 003
4 Transistor Characteristics in CB Mode LS BE - 004
5 Transistor Characteristics in CC Mode LS BE - 005
6 Light Emitting Diode (LED) Characteristics LS BE - 006
7 Light Dependent Resistor (LDR) Characteristics LS BE - 007
8 Photo Diode Characteristics LS BE - 012
9 Photo Transistor Characteristics LS BE - 013
10 JFET Characteristics LS BE - 014
11 MOSFET Characteristics LS BE - 015
12 UJT Characteristics LS BE - 016
13 IGBT Characteristics LS BE - 017
14 Transistor Characteristics in CE/CB/CC Mode LS BE - 022
15 Characteristics of OPTO Coupler using IC MC2TE LS BE - 024
16 Characteristics of All Diodes (minimum 5 diodes) LS BE - 025
17 Half Wave Rectifier With & Without Filter LS BE– 026
18 Center tap Full Wave Rectifier With & Without Filter
LS BE– 027
19 Bridge type Full wave rectifier With & Without Filter
LS BE– 028
20 Half, Full Wave & Bridge Rectifier with & without filter
LS BE - 029
21 Zener Diode as Shunt Voltage Regulator LS BE - 030
22 BJT (Transistorized) Series and Shunt Voltage Regulator (SVR)
LS BE - 031
23 Voltage Multiplier Trainer (Doubler, Tripler, Quadruple)
LS BE - 035
24 Regulated Power Supply using Op-Amp LS BE - 036
25 Power Supply Trainer LS BE - 037
26 IC 78XX & 79XX as Voltage Regulator LS BE - 038
27 IC 723 As Low Voltage & High Voltage Regulator LS BE - 039
28 Dual Regulated Power Supply Trainer LS BE - 040
29 Switching Mode Power Supply (SMPS) LS BE - 041
30 IC 317 as a Adjustable Positive Voltage Regulator LS BE - 046
31 BJT Fixed Base Biasing With & Without Emitter Resistor
LS BE - 047
32 BJT Collector to Base Biasing LS BE - 048
CHARACTERISTICSS.N. Item Model
No.Following kits are designed on Glass Epoxy PCB with easily replaceable components & schematic printed on Top. Housed in Pine wood good finish box. Built in Power supply, Digital Voltmeter, Ammeter. Only CRO, require externally.
1 PN juntion Diode characteristics (Si and Ge to be specify)
LS BEA- 01
2 Zener Diode Characteristics LS BEA- 02
3 Transistor Characteristics in CE,CB and CC Mode LS BEA- 03
4 Light Emitting Diode (LED) Characteristics LS BEA- 04
5 Light Dependent Resistor (LDR) Characteristics LS BEA- 05
6 Photo Diode Characteristics LS BEA- 06
7 Photo Transistor Characteristics LS BEA- 07
8 JFET Characteristics LS BEA- 12
9 MOSFET Characteristics LS BEA- 13
10 UJT Characteristics LS BEA-14
11 IGBT Characteristics LS BEA-15
12 Characteristics of OPTO Coupler using IC MC2TE LS BEA-16
13 Characteristics of All Diodes (minimum 5 diodes) LS BEA-17
14 Half, Full Wave & Bridge Rectifier with & without filter with variable Load
LS BEA-22
15 Zener Diode as Shunt Voltage Regulator LS BEA-24
16 BJT (Transistorized) Series and Shunt Voltage Regulator (SVR)
LS BEA-25
17 Voltage Multiplier Trainer (Doubler, Tripler, Quadruple)
LS BEA–26
18 Regulated Power Supply using Op-Amp LS BEA–27
19 Power Supply Trainer LS BEA–28
20 IC 78XX & 79XX as Voltage Regulator LS BEA-29
21 IC 723 As Low Voltage & High Voltage Regulator LS BEA-30
22 Dual Regulated Power Supply Trainer LS BEA-31
23 Switching Mode Power Supply Trainer (SMPS) LS BEA-35
24 IC 317 as a Adjustable Positive Voltage Regulator LS BEA-36
25 LS BEA-37
26 LS BEA-38
27 LS BEA- 39
28 LS BEA- 40
29 LS BEA-41
30 LS BEA-46
31 LS BEA-47
32 LS BEA-48
TRANSISTOR AMPLIFIER /POWER AMPLLIFIER
Following kits are designed on Glass Epoxy PCB with easily replaceable components & schematic printed on Top. Housed in Pine wood good finish box. Built in Fixed Power
supply, CRO, FG require externally.33 Single Stage CE Amplifier LS BE -
05534 Single Stage CB Amplifier LS BE -
05635 Single Stage CC Amplifier (Emitter Follower) LS BE -
05736 Class - A Amplifier LS BE -
05937 Class - B Amplifier LS BE -
06038 Class - C Amplifier LS BE -
06139 Transformer Coupled Class - A Amplifier LS BE -
06240 Class - B Push - Pull Amplifier LS BE -
06341 Class - AB Push - Pull Amplifier LS BE -
06442 Complementary Symmetry Push – Pull Amplifier LS BE -
06543 Class AB Push Pull & Comp. Symmetry Push–Pull
AmplifierLS BE -
06644 Voltage Series & Current Series Negative
Feedback AmplifierLS BE -
06745 Voltage Shunt & Current Shunt Negative
Feedback AmplifierLS BE -
06846 Direct Coupled (Emitter Coupled Type) Amplifier LS BE -
07147 Darlington Transistor Amplifier LS BE -
07248 To Study H- Parameters of Transistor (All) LS BE -
07549 Pulse Amplifier LS BE -
07650 Two Stage Direct Coupled Amplifier using
TransistorLS BE -
07951 Two Stage RC Coupled Amplifier using Transistor LS BE -
08052 Two Stage Transformer Coupled Amplifier using
TransistorLS BE -
08253 RF Single Tuned Amplifier LS BE -
083
54 RF Double Tuned Amplifier LS BE - 084
55 AF Single Tuned Amplifier LS BE - 085
56 IC 810 As Audio Amplifiers LS BE - 087
57 JFET As Amplifier LS BE - 090
58 MOSFET As Amplifier LS BE - 091
59 Transistor Class A, B & C Amplifier Trainer LS BE - 093
60 UJT as a Relaxation Oscillator LS BE - 095
61 BJT as a Relaxation Oscillator LS BE - 096
62 Oscillators using Transistor Trainer (All types) LS BE - 100
63 Hartley Oscillator LS BE - 101
64 Collpitts Oscillator LS BE - 102
65 Crystal Oscillator LS BE - 103
66 Clapp Oscillator LS BE - 104
67 Twin – T Oscillator LS BE - 105
68 RC Phase Shift Oscillator LS BE - 107
69 Wein – Bridge Oscillator LS BE - 108
70 Blocking Oscillator LS BE - 109
71 Astable Multivibrator using Transistor LS BE - 113
72 Monostable Multivibrator using Transistor LS BE - 114
73 Bistable Multivibrator using Transistor LS BE - 115
74 Astable & Monostable, Multivibrator using Transistor
LS BE - 116
75 Schmitt Trigger using Transistor LS BE - 117
76 Miller Integrator (Sweep Generator) LS BE - 118
77 Sawtooth Generator LS BE - 119
78 Boot – Strap Sweep Generator LS BE - 120
79 Staircase Generator LS BE - 121
80 Pulse Generator LS BE - 122
81 Voltage & Current Time Base Generator LS BE - 125
83 Diode Clipper & Clamper Circuit LS BE - 128
84 RC Differentiator Circuit LS BE - 130
85 RC Integrator Circuit LS BE - 131
86 To Study BJT as Switch LS BE - 134
BREADBOARD SYSTEMS.
1. Bread Board Trainer with Fixed Power supply. LS BS -012. General Purpose Board Trainer with Variable Power supply LS BS -023. Analog/Digital Circuit lab Trainer LS BS -014. Digital circuit Trainer lab Trainer with fixed power supply. LS BS -015. Analog Circuit lab Trainer with 0-100Khz FG, 0-30V/0.5A
power supply, Various resistors, Capacitor bankLS BS -01
COMPONENT DISPLAY BOARD.
S.N. ITEM Model No.
1. Display Board of Different Fixed Resistor ECD - 012. Display Board of Different Potentiometers ECD - 023. Display Board of Fixed & Variable Capacitors ECD - 034. Display Board of loud Speakers & Microphone ECD - 045. Display Board of Analog ICS ECD - 056. Display Board of Digital TTL ICS ECD - 067. Display Board of Digital CMOS ICS ECD - 078. Display Board of Connector ECD - 089. Display Board of Display ECD - 0910. Display Board of Relays ECD - 1011. Display Board of Transformers & Coil ECD - 1112. Display Board of loud Speakers ECD - 1213. Display Board of Microphone ECD - 1314. Display Board of Diodes ECD - 1415. Display Board of Transistor ECD - 1516. Display Board of Wires & Cables ECD - 1617. Display Board of Switches ECD - 1718. Display Board of Different ICs (Analog, Digital) ECD - 1819. Display Board of inductor ECD - 1920. Discrete Components Trainer Board ECD - 2021. Soldering & Desoldering Practice Trainer ECD - 2122. Display Board of SCR, DIAC, TRIAC, UJT ECD - 22
COMMUNICATION TRAINER
S.N. ITEM Model No.ANALOG COMMUNICATION
1. Frequency Modulation using IC and Demodulation using PLL
LSACT -01
2. FM Demodulation using Slope Detector FM FM Demodulation using Balance Slope Detector Demodulation using Ratio Detector
LSACT –02
3. Frequency (FM) Modulation & Foster–Seeley Demodulation, Ratio detector & Varactor Diode
LSACT –03
4. Amplitude (AM) Modulation using IC XR 2206/8038 & Demodulation
LSACT –04
5. Mixer Characteristics LSACT –056. Frequency synthesizer LSACT –077. AM Modulation using IC XR 2206 or 8038 and
Amplitude Demodulation (Diode Detector)LSACT –08
8. Envelope AM Detector LSACT –0909. Amplitude (AM) Modulation Using Transistor &
DemodulationLSACT –10
10. Pre – Emphasis & De – Emphasis LSACT –1211. DSB – SC Balanced Modulator (DSB SC Modulation-
Demod.)LSACT –14
12. SSB Trainer (Phase Shift Method) LSACT –1513. Automatic Gain Control Characteristics LSACT– 16
Basic Digital Communication
01. Time Division Multiplexing & Demultiplexing 2/4 Channel LS BDC–0102. Pulse Amplitude Modulation and Demodulation
(PAM) Natural SamplingLS BDC–02
03. Pulse Width Modulation (PWM) & Demodulation LS BDC–0304. Pulse Position Modulation (PPM) & Demodulation LS BDC–0405. Pulse Code Modulation & Demodulation LS BDC–0506. Frequency Shift Keying Modulation &
DemodulationLS BDC–06
07. Frequency Division Multiplexing (FDM) and Frequency Division De-Multiplexing Demodulation
LS BDC–07
08. Delta Modulation Demodulation LS BDC–0809. Adaptive Delta Modulation Demodulation LS BDC–09
01. GSM Trainer LS AAC–0102. Data Communication Trainer (8051/PIC based) LS AAC–0203. Wireless Communication trainer (Zigbee & RF) LS AAC–0304. EPABX Trainer LS AAC–0405. Telephone Trainer LS AAC-05
06. GSM and Mobile Trainer LS AAC-06
INDUSTRIAL/POWER ELECTRONICS LAB
S.N. Particulars Model No.
A) CHARACTERISTICS & COMMUTATION CIRCUITS1. SCR Characteristics LSIPE –
0012. DIAC Characteristics LSIPE –
0023. TRIAC Characteristics LSIPE -
0034. IGBT Characteristic LSIPE -
0045. Characteristics of SCR,DIAC & TRIAC & IGBT with Built in
Variable Power supply & Digital metersLSIPE -
0056. Characteristics of Power Transistor LSIPE –
00607. SCR Characteristics with Built in Variable Power supplies
& Digital MetersLSIPE -
01308. DIAC Characteristics with Built in Variable Power supplies
& Digital MetersLSIPE -
01409. TRIAC Characteristics with Built in Variable Power
supplies & Digital MetersLSIPE -
01510. IGBT Characteristic with Built in Variable Power supplies
& Digital MetersLSIPE -
01611. UJT Characteristics with Built in Variable Power supplies &
16. 1Ø Half Wave Half Controlled, Half Wave Full Controlled, Full Wave Half Controlled, Full Wave Full Controlled, Full Wave Half Controlled Bridge, Rectifier using SCR
LSIPE – 029
17. SCR Half wave, Full Wave, Bridge Half Controlled Rectifier/Converter with Resistive & Inductive Load
LSIPE – 035
18. SCR Series Inverter LSIPE – 032
19. SCR Parallel Inverter LSIPE – 038
20. SCR Bridge Inverter LSIPE – 039
21. SCR Step Up & Step Down Chopper LSIPE – 042
22. Single Phase SCR Cycloconverter LSIPE – 043
23. Demorgan’s Chopper LSIPE – 044
24. Jhone’s Chopper LSIPE - 045
25. Ultra Precise Long Time Delay Relay LSIPE - 046
26. Sequential Timer using SCR & UJT ( Four Stage) LSIPE - 047
27. Sequential Timer using IC 555 (Three Stage) LSIPE - 048
28. Thyristor Time Delay Relay Circuit LSIPE - 049
29. SCR Flasher Circuit LSIPE - 053
30. Photo Relay(Light Operated Relay) using IC 555 & Transistor
LSIPE – 055
31. Speed Control of 12 V DC Motor LSIPE – 056
32. Speed Control of DC Motor with DC Motor LSIPE – 057
33. Speed Control of AC Motor with AC Motor LSIPE – 058
1 1Hz to 1Mhz Clock source in steps, Manual clock pulse with +Ve & -Ve pulse, 2 digit display, 8/10 logic I/Ps with LED’s, 8 or 10 logic O/Ps with LED’s ,& Power Supply + 5V @1.2A, With short Circuit protection. (Optional- +/-12V, -5V @ 200mA) Enclosed in a wooden box. Operational manual & 10 nos. of Patch cords.
LS DTL001
1A Digital Trainer with 20 x4 nos. ZIF sockets LS-DT2000A
1B Digital Trainer with 20 x 2 nos. ZIF sockets and Breadboard
LS-DT2000B
1C Digital Trainer with 20 x 3 nos. and 1x 40pin ZIF sockets and Breadboard
LS-DT2000C
1D Digital Trainer with 20 x 5 nos. and 1x 40pin ZIF sockets LS-DT2000D
10. Boolean Expression Using Logic Gates LGS DL - 10
13. K– Map (SOP & POS Type) LGS DL - 13
14. Demorgan’s Theorem LGS DL - 14
15. Binary to BCD Code Converter LGS DL– 15
16. BCD to Excess – 3 Code Converter LGS DL -
1617. Excess – 3 to BCD Code Converter LGS DL -
1718. Binary to Gray Code Converter LGS DL -
1819. Gray to Binary Code Converter LGS DL –
1920. Binary to Decimal Converter LGS DL -
2021. Decimal to Binary Converter LGS DL -
2122. BCD to Decimal Code Converter LGS DL -
2223. Decimal to BCD Code Converter LGS DL -
2324. BCD to Binary Code Converter LGS DL -
2427. Decimal to BCD Encoder LGS DL -
2728. Octal to Binary Encoder LGS DL -
2829. Hexadecimal to Binary Encoder LGS DL -
2930. Decimal to Excess – 3 Encoder LGS DL -
3031. BCD to Decimal Decoder LGS DL -
3132. Binary to Octal Decoder LGS DL -
3233. Binary to Hexadecimal Decoder LGS DL -
3334. Excess – 3 to Decimal Decoder LGS DL -
3438. Decimal to Excess – 3 Encoder & Excess – 3 to Decimal
DecoderLGS DL -
38
40. BCD to Seven Segment Decoder (Common Anode Display)
LGS DL –40
43. 16:1 Multiplexer LGS DL –43
44. 1:16 Demultiplexer LGS DL –44
51. Multiplexer 4:1 and Demultiplexer 1:4 using Gates LGS DL –51
55. R-S, D, M S J K Flip- Flop using Gate LGS DL –55
62. J-K Flip – Flop using NAND Gate LGS DL –62
66. Astable, Monostable Bistable MVB Trainer using Digital IC LGS DL - 66
67. Decade Counter Using IC 7490. LGS DL –67
68. Up-Down Counter using IC 74192 LGS DL –68
69. Up-Down counter using Flip-Flop LGS DL –69
70. Synchronous Counter LGS DL –70
71. Twisted Type Ring Counter LGS DL –71
72. Johnson Type Ring Counter LGS DL –72
73. Three Bit Binary Ripple Counter LGS DL –73
82. MOD - N Counter (N = 2 To N = 9) LGS DL –82
84. IC 7490 Counter Trainer LGS DL - 84
85. 4 Bit Universal Shift Registers Serial In - Serial Out Shift Registers (SISO), Serial In - Parallel Out Shift Registers (SIPO), Parallel In- Serial Out Shift Registers (PISO), Parallel In - Parallel Out Shift Registers (PIPO), Left, Right Shift Registers
LGS DL - 85
91. Half and Full Adder LGS DL - 91
92. Half Subtractor LGS DL - 92
94. Full Subtractor LGS DL - 94
103. 8 Bit Subtractor using IC 7483
LGS DL - 03
104. 8 Bit Adder & Subtractor(2 nibble adder Subtractor)using IC 7483
LGS DL - 04
109. Study of ALU using IC 74181
LGS DL - 09
110. A to D Converter LGS DL - 10
111. A TO D Converter using Successive Approximation Method
LGS DL - 11
112. ADC using IC 0804 LGS DL - 12
113. D to A Converter (4-Bit ) using R-2R Network
LGS DL - 13
114. D to A Converter using Binary Weighed Method (Four Bit)
LGS DL - 14
115. DAC using IC 0800 LGS DL - 15
119. To Study Directional Buffer
LGS DL –19
120. To Study Uni-Directional Buffer
LGS DL –20
121. ROM using diode LGS DL –21
122. Study of RAM LGS DL - 22
CONTROL ENGINEERING LAB.
S.N. ITEM Model No.
1. AC Position Control System (Servo) LS CE– 001
2. DC Position Control System (Servo) LS CE– 002
3. DC motor Speed control (15W DC Motor with Drive & Tachometer)
LS CE– 003
4. Synchro Transmitter & Receiver characteristics LS CE– 004
5. Potentiometer as an Error Detector LS CE– 005
6. OPTO Coupler used for Determination of RPM LS CE– 006
7. Magnetic Amplifier LS CE– 007
8. A C Position control (Using Synchro) LS CE– 008
9. Linear System simulator LS CE– 009
10. PID Trainer (Microcontroller Based with PC interface) LS CE– 010
11. Study of AC & DC servo amplifiers LS CE– 011
12. DC Voltage Regulator as a closed loop System LS CE– 012
13. AC Servo Speed Torque Characteristics LS CE– 013
14. AC Servo voltage stabilizer as Servo Mechanism LS CE– 014
15. LS CE– 015
16. LS CE– 016
17. LS CE– 017
INSTRUMENTATION ENGINEERING
01 Characteristics of RTD or Thermister LS IT– 001
02 Characteristics of Thermocouple LS IT– 002
03 Temperature Measurement Using RTD LS IT– 003
04 Temperature Measurement Using Thermister LS IT–
00405 Temperature Measurement Using Thermocouple LS IT–
00506 a) ON / OFF Controller Using RTD or Thermocouple
b) ON / OFF Controller Using RTD and Thermocouple LS IT–
006LS ITA-006
07 Measurement of Strain using Strain Gauge LS IT– 007
08 Measurement of Load using Load Cell LS IT– 008
09 Tranducer Trainer (RTD, Thermister, Thermocouple) LS IT– 009
10 Voltage to Frequency Converter LS IT– 010
11 Frequency to Voltage Converter LS IT– 011
12 LVDT +/-20mm with DPM & ordinary scale LS IT– 012
13 LVDT +/- 20mm with DPM & micrometer LS IT– 013
14 Strain Gauge with Cantilever beam 0-5Kg with DPM
LS IT– 014
15 Strain gauge with Load cell 0- 5kg with DPM LS IT– 015
16 Pressure measurement using Load cell LS IT– 016
17 Study of Inductive Pickup LS IT– 017
18 Study of Capacitive Pickup 19 Study Of Instrumentation amplifier20 Study Of Piezoelectric Transducer21 Water level measurement using piezo resitive pressure
sensor22 Water level measurement using Air Purge method23 Water level measurement using Capacitive type level
transmitter24 Flow measurement using Rotameter25 Flow measurement using Venturimeter26 Study of Hall Effect transducer27 Study of relative Humidity28 Study rotary position encoder29 Study of LDR 30 Study of Vibration Measurement using accelerometer31
LINEAR INTEGRATED CIRCUIT LAB.
S.N. Item Model No.A)
1. Multi experiment Trainer using OP-AMP 741 X 2 nos. Inbuilt Function Generator, +/- 12V/1A supply , Inbuilt Digital Current & Voltmeter (20 nos. Experiments)
LS OPAMPTR-01
2. OP-AMP Trainer with Inverter, non inverter, Adder Subtractor, Integrator, differentiator, Comparator and Simultaneous Equation. Inbuilt Function Generator, +/- 12V/1A supply , Digital Current & Voltmeter.
LS OPAMPTR-02
3. Study of Op-Amp 741 Characteristics
LIC – 001
4. Op-Amp IC 741 as Inverting Amplifier
LIC – 002
5. Op-Amp IC 741 as Non Inverting Amplifier
LIC – 003
6. Op-Amp IC 741 as Adder & Subtractor
LIC – 004
7. Op-Amp IC 741 as Buffer / Unity Gain Amplifier
LIC – 006
8. Instrumentation Amplifier using IC 741
LIC – 009
9. IC 741 as Log Amplifier
LIC – 010
10. IC 741 as Amplifier LIC – 011
11. IC 741 as Log and Antilog Amplifier with Current source
LIC – 012
12. IC 741 AS AC & DC Amplifier
LIC – 023
13. Linear IC Trainer LIC - 0241 OP-AMP as Active Filter
trainer (LPF ,HPF)LIC -- 025
OP-AMP as a first order Butter worth Band pass Filter
42. IC 741 as Phase Shift Oscillator
LIC – 042
43. IC 741 as Wein Bridge Oscillator
LIC – 043
49. IC 741 as Astable Multivibrator
LIC – 049
50. IC 741 as Bistable Multivibrator
LIC – 050
51. IC 741 as Monostable Multivibrator
LIC – 051
52. IC 741 as Astable, Monostable & Bistable Multivibrator
LIC – 052
53. IC 741 as Square Wave Generator
LIC – 053
54. IC 741 as Triangular Wave Generator
LIC – 054
56. IC 741 as Sawtooth Generator
LIC – 056
57. IC 741 as Schmitt Trigger
LIC – 057
58. IC XR2206 as Function Generator
LIC – 058
59. IC 8038 as Function Generator
LIC – 059
60. Op-Amp as Precision Half Wave Rectifier
LIC – 060
61. Op-Amp as Precision Full Wave Rectifier
LIC – 061
62. Op-Amp as V to I Converter
LIC – 062
63. Op-Amp as I to V LIC – 063
Converter67. IC 710 as Voltage
ComparatorLIC – 067
68. IC 741 as Zero Crossing Detector (ZCD)
LIC – 068
69. IC 741 as Voltage to Frequency Converter
LIC – 069
70. IC 741 as Frequency to Voltage Converter
LIC – 070
73. IC 741 as Differentiating Circuit
LIC – 073
74. IC 741 as Integrating Circuit
LIC – 074
75. IC 741 as Sample & Hold Circuit
LIC – 075
76. IC 741 as Peak Detector (APD)
LIC – 076
77. IC 741 as Window Detector
LIC – 077
79. IC 741 as V To I & I To V Converter
LIC – 079
81. Op-Amp as Precision Half Wave & Full Wave Rectifier
LIC – 081
82. IC 555 as Astable Multivibrator LIC – 08283. IC 555 as Bistable Multivibrator LIC – 08384. IC 555 as Monostable Multivibrator LIC – 08486. DC Timer using IC 555 LIC – 08687. AC Timer using IC 555 LIC – 08788. Sequential Timer using IC 555 (Three Stage) LIC – 08889. IC 555 as Frequency Divider LIC – 08990. IC 555 as Schmitt Trigger LIC – 09091. IC 555 as Ramp Generator LIC – 09192. IC 555 as Water Level Controller LIC – 09293. IC 555 as V.C.O LIC – 09394. LIC – 09495. IC 555 as light operated ( Photo) relay LIC – 09596. IC 555 as Combine trainer with Application Trainer LIC – 09697. IC 555 as Astable, Monostable & Bistable
MultivibratorLIC – 097
98. IC 741 as DC & AC Timer LIC – 09899. IC 555 as Continuity Tester LIC – 099100. Timer IC 555 Trainer LIC --
100101. Multi Experiment Trainer using IC 555 ( LIC – 101102. IC 565 as Phased Lock Loop (PLL) LIC – 102103. Voltage Controlled Oscillator (VCO) using IC
566/565LIC – 103
104. IC 565 as Frequency Multiplier LIC – 104
105. PLL IC 565 Trainer LIC -- 105
ADVANCE TRAINER
1. VCR Trainer ATR– 0012. CD Player Trainer ATR – 0023. Hi-Fi Public Address Amplifier Trainer AT – 0034. Hi-Fi Stereo Amplifier Trainer AT – 0045. Telephone Demonstrator AT – 0056. FM Radio Receiver Trainer AT – 0067. Color TV Trainer ATR – 0078. Black & White TV Trainer ATR – 0089. Digital Satellite Receiver Trainer ATR – 00910. EPABX (Demonstrator) ATR-- 010
NETWORK THEOREMS & CIRCUITS LAB
Sr.No. ITEM Model No.
1. Kirchoff’s Laws (KCL & KVL) LGS-NT – 01
2. Thevenin’s Theorem LGS-NT – 02
3. Norton’s Theorem LGS-NT – 03
4. Millman’s Theorem LGS-NT – 04
5. Superposition Theorem LGS-NT – 05
6. Reciprocity Theorem LGS-NT – 06
7. Maximum Power Transfer Theorem LGS-NT – 07
10. Ohm’s Law LGS-NT – 10
13. Series & Parallel Resonance LGS-NT – 13
14. Study Capacitor Charging & Discharging LGS-NT – 14
15. Network Theorem Trainer (Thevenin, Norton, Millman, Superposition, Reciprocity, Maximum Power Transfer Theorem
LGS-NT – 15
16. T & Π Attenuator LGS-NT – 16
18. Two Port Network Parameters LGS-NT – 18
19. RC & LC Circuit LGS-NT –
1920. Constant M-Type Low & High Pass Filter LGS-NT –
2021. Constant M-Type Band Pass and Band Reject Filter LGS-NT –
2125. Constant K-Type Low & High Pass Filter LGS-NT –
2527. Constant K-Type Band Pass and Band Reject Filter LGS-NT –
2731. Step response of first order R-C circuit LGS-NT –
3132. Step response of R-L-C second order circuit LGS-NT –
32
Microprocessor and Microcontroller Trainer
Sr.No. ITEM Model No.
1. 8085 based trainer Low Cost LGS 85-L
2. 8085 based Trainer (Medium) LGS 85-M
3. 8085 based Trainer (Universal) LGS 85-U
4. 8085 based Trainer (LCD & PC type keyboard) LGS 85-LD
5. 8086 based Trainer (Seven segment) LGS 86-D
6. 8086 based Trainer (LCD & PC type keyboard) LGS 86- LD
7. 8051 based Trainer LGS-51
10. 8051 based Trainer LGS 51-A
13. 8051 based Trainer
Peripheral IC study cards for Microprocessor & MicrocontrollerSr.No. ITEM Model No.
1 8251 Study card LGS- P51
2 8253 Study card LGS –P53
3 8255 study card LGS –P55
4 8257/8237 study card* LGS- P57
5 8259 study card* LGS- P59
6 8279 study card LGS- P79
7 8155 study card LGS- P8155
*With 8085 & 8086 only
Interfacing Cards for Microprocessor & MicrocontrollerSr. No. ITEM Model No.
1 8 bit ADC using 0809 LS AD
2 8 bit dual DAC LS DA
3 8 bit ADC & DAC LS AD-DA
4 8 bit ADC with Temp measurement & control LS ADT
5 12 Bit ADC LSADC12
6 12 Bit High Speed ADC using AD574 LS HSADC
7 12 Bit High Speed DAC using DAC 7541 LS HSDAC
8 Stepper motor interface with motor & Power supply LS Stepper
9 DC motor interface with Motor & Power supply LS DC motor
10 LED logic interface LS LED Logic
11 4x4 Keyboard with seven segment display LS KD
12 4x4 keyboard with 16 x2 LCD display LS KLCD
13 Thumbwheel Interface LS TW
14 3 +1 Elevator simulator LS Elevator
15 Traffic Light Controller LS TLC
16 Relay and Opto-coupler interface LS ROI
Embedded TrainerSr. No. ITEM Model No.
1 89Cxxx based development board LGS PR-V5
2 89Cxxx based development board with on board ADC, DAC, 32LED’s, Stepper Motor, 4 x4 keyboard, 16x2 LCD display
LGS 51- U
3 Microchip PIC trainer cum development kit with on board programming through RS232C
LGS- PICM
4 Microchip PIC trainer cum development kit with on board programming through USB
LGS-PICMU
5 Atmel AVR 8535/Atmega16 trainer cum development board with ISP
LGS-AVR M
6 ARM7TDMI training kit/Development board based on LPC 2148
LGS-ARM3
7
Interfacing cards/ Applications to Embedded Trainers
Sr. No. ITEM Model No.
1 I2C based ADC & DAC LS I2CAD-DA
2 SPI Based ADC & DAC LS SPI AD-DA
3 MP3 interface (Through SPI) LS MP3
4 Nokia 6610 128 x64 bit LCD display LS SPI GLCD
5 RF interface using NRF24 LS RF24
6 Zig bee Interface LS Zigbee
7 GSM Modem interface LS GSM
8 8 bit ADC & DAC using ADC 0809 and DAC 0808 LS AD-DA
9 Stepper motor interface with motor & Power supply LS Stepper
10 DC motor interface with Motor & Power supply LS DC motor
11 LED logic interface LS LED Logic
12 4x4 Keyboard with seven segment display LS KD
13 4x4 keyboard with 16 x2 LCD display LS KLCD
14 128 x64 Graphics LCD display LS GLCD
PCB LAB for Engineering, Polytechnic Institutes
Sr. No. ITEM Model No.
1 PCB ART work Film Maker LS AFM
2 PCB Curing Machine (Chamber Oven) LS CM
3 PCB Drilling Machine LS DM
4 PCB Shearing Machine LS SM
5 DIP Coating Machine (Photo Resist Type) LS DCM
6 Single Sided U.V. Exposure Unit LS SSUV
7 Double Sided U.V. Exposure Unit LS DSUV
8 PCB Etching Machine bubble type LS EMB
9 Roller Tinning Machine LS RTM
10 Through Hole Plating Machine LS THP
11 Dry Film Laminator LS DFL
12 Through Hole plating system for (manual) LS THPM
13 PCB Etching Machine Spray type LS EMS
14 Startup Chemical for Dry film Laminator15 Spares & Chemicals for single & double side PCB16 PCB chemicals for DS PTH PCB
