Description
SPECIFICATION
ANALOGLAB is intended for elementary as well as advance training of analog electronics. The trainer covers regular analog circuits by solderless interconnections on breadboard and as well as compatible with all optional modules, through use of 2mm br
Features:
- Bread Board : Unique solder-less large size, spring loaded breadboard consisting of two Terminal Strips with 1280 tie points and 4 Distribution Strips with 100 tie points each, totaling to 1680 tie points. (Size:112mm x 170mm approx)
- Regulated DC Power Supply : 5V at 1 Amp, -5V at 1Amp, 12V/0 to 20V at 500mA, and -12 V/0 to -20V at 500 mA
- AC Supply : 5-0-5V, 10-0-10V at 100mA. Can be used as 5V,10V,15V,20V and also as center tap
- Function Generator : Sine / Square / Triangular waveforms frequency 1 Hz to 110 KHz in 5 Steps. Variable in between steps. Sine / Square / Triangular waveform output 50mV ~10Vpp variable
- Modulation Generator : Sine / Square / Triangular wave forms frequency 1 Hz to 110 KHz in 5 Steps. Variable in between (100 KHz ) steps. Sine / Square / Triangular waveform output 50mV ~ 10Vpp variable with 100 KHz Modulation
- Digital Meter (3½Digit) : Dual range DC voltmeter 0-20 V / Ammeter 0-200mA
- Continuity Tester : For testing the continuity. Provided with Beeper Sound
- Potentiometers : 3 Potentiometers (1K, 100K and 100K) with terminals
- On Board Switches : 2 Switches Single pole double through
- Power : 230 V ± 10%, 50 Hz
- Components Provided : Resistance ± 5% 1W 100E/1, ½ W 47E/2,100E/1, 220E/1, 390E/1,1K/1,¼W 100E/1, 220E/2, 270E/1, 330E/, 1K/3, 2K2/2, 3K3/1, 4K7/2, 5K1/1, 5K6/1, 10K/2, 12K/1, 15K/2, 47K/2, 68K/1, 100K/4, 180K/2, 220K/1 Capacitor 0.1uF/1, 0.22uF/3, 10uF/25V/3, 22uF/25V/2, 47uF/25V/2, 100uF/25V/1, Diode 1N 4007/4, LED 5mm Red/1, Zener Diode 5V6/400mW/1, Transistor SL 100/1, SK 100/1, BC 107/2, BC 177/2,IC 741/2
- Accessories : Mains cord, Operating and Experimental manual, Red & Black patch cords (2mm with Pin) 10 each, Red & Black patch cord (Pin to Pin) 10 each & Component Set
- Instruction manual : Strongly supported by detailed operating instructions
- Weight : 5 Kg. (Approx.)
- Dimension : W 412 x H 150 x D 310
Experimental Coverage:
- Study of Diodes in DC circuits
- Study of Light Emitting Diodes in DC Circuits
- Study of Half wave rectifier
- Study of Full wave rectifier
- Study of Zener Diode as a voltage regulator
- Study of transistor series voltage regulator
- Study of transistor shunt voltage regulator
- Study of Low pass filter
- Study of High pass filter.
- Study of band pass filter
- Study of CE configuration of NPN transistor
- Study of CB configuration of NPN transistor
- Study of CE amplifier
- Study of Monostable multivibrator using transistor
- Study of Bistable multivibrator using transistor
- Study of Astable multivibrator using transistor
- Study of CB Amplifier (PNP)
- Study of CC Amplifier (PNP)
- Transistor Audio Amplifier
- Two Stage R.C. Coupled Transistor
- Inverting Amplifier
- Non-inverting Amplifier
- Integrating Amplifier for A.C input Signal
- Differentiator Amplifier
- Square Wave Generator
OPTIONAL MODULES:
Apart from above given experimental coverage of 25 experiments on breadboard, customers can purchase these optional modules. These are ready to use modules with wired components & circuit schematic drawn on top compatible to use with Analog Lab.
Sn. |
Order Code |
Name of Modules |
1 |
36001 |
Study of Diodes in DC circuits |
2 |
36002 |
Study of Light Emitting Diodes in DC Circuits |
3 |
36003 |
Study of Half wave rectifier |
4 |
36004 |
Study of Full wave rectifier |
5 |
36005 |
Study of Zener Diode as a voltage regulator |
6 |
36006 |
Study of transistor series voltage regulator |
7 |
36007 |
Study of transistor shunt voltage regulator |
8 |
36008 |
Study of Low pass filter |
9 |
36009 |
Study of High pass filter |
10 |
36010 |
Study of band pass filter |
11 |
36011 |
Study of CE configuration of NPN transistor |
12 |
36012 |
Study of CB configuration of NPN transistor |
13 |
36013 |
Study of CE amplifier |
14 |
36014 |
Study of Monostable multivibrator using transistor |
15 |
36015 |
Study of Bistable multivibrator using |
16 |
36016 |
Study of Astable multivibrator using transistor |
17 |
36017 |
Study CB amplifier (PNP) |
18 |
36018 |
Study CC amplifier (PNP) |
19 |
36019 |
Study Zener diode voltage regulator |
20 |
36020 |
Study power supply having two zener diodes in series |
21 |
36021 |
Study dual polarity voltage regulated supply |
22 |
36022 |
Plot V / I of LED |
23 |
36023 |
To practically understood the operation of a 7-segment LED display |
24 |
36024 |
To Study CC characteristics of NPN transistor |
25 |
36025 |
To study CE characteristics of PNP transistor |
26 |
36026 |
To study CB characteristics of PNP transistor |
27 |
36027 |
To study CC characteristics of PNP transistor |
28 |
36028 |
Study full wave dual supplies |
29 |
36029 |
FETcharactersistic |
30 |
36030 |
Verify superposition theorem |
31 |
36031 |
Verify thevenin’s theorem |
32 |
36032 |
Verify receprocity theorem |
33 |
36033 |
Phase shift oscillator |
34 |
36034 |
Verify kirchoff ’s law (V& I) |
35 |
36035 |
Ohm’s law |
36 |
36036 |
Ideal resistance |
37 |
36037 |
Resistance in series |
38 |
36038 |
Resistance in parallel |
39 |
36039 |
Verification of maximum power transfer theorem |
Resources