Description
Order Code: 33503
Name: Digital - Analog Lab
SPECIFICATION
Features:
- Bread Board : Unique solder-less large size, spring loaded breadboard consisting of two Terminal Strips with 1280 tie points and 4 Distribution Strip swith 100 tie points each, totaling to 1680 tie points. (Size:112mm x170mm)
- Regulated DC Power Supply : 5 V at 1 Amp, -5 V at 1Amp, 12 V/ 0 to 20V at 500mA, and -12 V/ 0 to -20 V 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 / Traingular / Pulse waveform frequency 1 Hz to 110 Khz in 5 Steps. Variable in between steps. Sine / Square / Traingular waveform output 50mV ~ 10Vpp variable
- Clock Generators : 0.1Hz and 100 Hz, Independent fixed TTL 5V outputs
- Variable Clock Generators : low frequency variable clock 1 Hz to 10 Hz Fixed TTL 5V output
- Pulser Switch : 2 independent buffered bounce free manual pulser (useful for freezing the action of each stage of the counter after every clock pulse)
- Data Switch : 16 independent logic level inputs to select High / Low TTL levels, each with a LED to indicate high / low status and termination
- Logic Indicators : 16 independent buffered logic level indicators for High / Low status indication of digital outputs
- Speaker : 8 ohms miniature speaker with terminations
- Digital meter (3½Digit) : Dual range DC Voltmeter 0-20V / Ammeter 0-200mA
- Continuity Tester : For testing the continuity. Provided with Beeper Sound
- Potentiometers : 6 Potentiometers (1K, 22K, 47k, 100K, 100K and 1Meg) with terminals
- BNC to banana adapter : 2 Nos. BNC to 2 channel banana adapter
- Computer interface : Facilities connecting your trainer to either Rs232 communication port of PC ADAPTER using 25 pin (male) connector through 25 nos. of 2 mm banana sockets
- On Board Switches : 2 Switches singal pole double through
- Connecting terminals : 2 / 4 connecting terminals
- Seven segment LED Display : 2 Nos. BCD to Seven Segment Decoder/ Driver IC with terminals
- LED Bar Graph : With 10 LED Indicators and 20 termination
- Logic Probe : Logic level indicator for TTL/CMOS
- Power : 230 V ± 10%, 50 Hz
- 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 : 6 Kg. (Approx)
- Dimension : W 412 x H 150 x D 310
Experimental Coverage:
- Analog
- 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
- Digital
- Logic gates operation
- To verify De-morgan’s theorem With boolean logic equations
- Binary to Gray code conversion
- Gray code to Binary conversion
- Binary to Excess-3 code conversion
- Binary Addition and Subtractor
- Binary Multiplier
- EX-OR gate implementation
- Application of EX-OR gate
- Johnson Counter
- To verify the dual nature of Logic Gates
- Study of Flip-Flops RS, JK, D&T
- Multiplexer and Demultiplexer
- 4 Bit Binary up and down counter
- Study of 8 to 3 Line Encoder
- Study of 3 to 8 Line Decoder
- Study of Shift Register (SIPO)
- CMOS-TTL Interfacing
- Study of Crystal oscillator
- Study of pulse stretcher circuit
Optional Modules:
Apart from above given experimental coverage of 16 + 20 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 Digital-Analog Lab.
|
Sn. |
Order code |
Name of modules |
|
Analog |
||
|
1 |
36001 |
Study of Diode 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 transistor |
|
16 |
36016 |
Study of Astable multivibrator using transistor |
|
17 |
36017 |
Study CB amplifier (PNP) |
|
18 |
36018 |
Study CC amplifier (PNP) |
|
19 |
36019 |
Study of FET amplifier. |
|
20 |
36020 |
Study power supply having two zener diodes in series |
|
21 |
36021 |
Study dual polarity voltage regulated power supply |
|
22 |
36022 |
To study the characteristics of photo transistor |
|
23 |
36023 |
To practically understood the operation of a 7-segment LED display |
|
24 |
36024 |
To Study CC configuration of NPN transistor |
|
25 |
36025 |
To study CE configuration of PNP transistor |
|
26 |
36026 |
To study CB configuration of PNP transistor |
|
27 |
36027 |
To study CC configuration of PNP transistor |
|
28 |
36028 |
Study full wave dual polarity supplies |
|
29 |
36029 |
Study of FET charactersistic |
|
30 |
36030 |
Verify superposition theorem |
|
31 |
36031 |
Verify thevonin’s theorem |
|
32 |
36032 |
Verify receprocity theorem |
|
33 |
36033 |
Study of Phase shift audio oscillator |
|
34 |
36034 |
Verify kirchoff ’s law (V& I) |
|
35 |
36035 |
Verify ohm’s law |
|
36 |
36036 |
Ideal resistance characteristics |
|
37 |
36037 |
|