• 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

1. Study of Diodes in DC circuits
2. Study of Light Emitting Diodes in DC Circuits
3. Study of Half wave rectifier
4. Study of Full wave rectifier
5. Study of Zener Diode as a voltage regulator
6. Study of transistor series voltage regulator
7. Study of transistor shunt voltage regulator
8. Study of Low pass filter
9. Study of High pass filter
10. Study of band pass filter
11. Study of CE configuration of NPN transistor
12. Study of CB configuration of NPN transistor
13. Study of CE amplifier
14. Study of Monostable multivibrator using transistor
15. Study of Bistable multivibrator using transistor
16. Study of Astable multivibrator using transistor

• Digital

1. Logic gates operation
2. To verify De-morgan’s theorem With boolean logic equations
3. Binary to Gray code conversion
4. Gray code to Binary conversion
5. Binary to Excess-3 code conversion
6. Binary Addition and Subtractor
7. Binary Multiplier
8. EX-OR gate implementation
9. Application of EX-OR gate
10. Johnson Counter
11. To verify the dual nature of Logic Gates
12. Study of Flip-Flops RS, JK, D&T
13. Multiplexer and Demultiplexer
14. 4 Bit Binary up and down counter
15. Study of 8 to 3 Line Encoder
16. Study of 3 to 8 Line Decoder
17. Study of Shift Register (SIPO)
18. CMOS-TTL Interfacing
19. Study of Crystal oscillator
20. 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.

DIGITAL    
38501     Logic gates operation
38502     To verify De-morgan’s theorem with boolean logic equations
38503     Binary to Gray code conversion
38504     Gray code to Binary conversion
38505     Binary to Excess-3 code conversion
38506     Binary Adder and Subtractor
38507     Binary Multiplier
38508     EX-OR gate implementation
38509     Application of EX-OR gate
38510     Johnson Counter
38511     To verify the dual nature of Logic Gates
38512     Study of Flip-Flops RS, JK, D&T
38513     Multiplexer and Demultiplexer
38514     4 Bit Binary up and down counter
38515     Study of 8 to 3 Line Encoder
38516     Study of 3 to 8 Line Decoder
38517     Study of Shift Register (SIPO)
38518     CMOS-TTL Interfacing
38519     Study of Crystal oscillator
38520     Study of pulse stretcher circuit
38521     4 Bit Ring Counter
38522     Modulo 12 Counter By Direct Clearing
38523     Decade counter
38524.     Shift Register SISO and PIPO
38525     Decimal to BCD Converter
38526     Astable Multivibrator using Digital IC
38527     Bistable Multivibrator using Digital IC
38528     Monostable Multivibrator using Digital IC
38529     Octal to binary Encoder
38530     4 Bit Magnitude Comparator
38531     Interface of TTL-IC to CMOS-IC & CMOS IC to TTL-IC

ANALOG    
36001     Study of Diode in DC circuits
36002     Study of Light Emitting Diodes in DC Circuits
36003     Study of Half wave rectifier
36004     Study of Full wave rectifier
36005     Study of Zener Diode as a voltage regulator
36006     Study of transistor series voltage regulator
36007     Study of transistor shunt voltage regulator
36008     Study of Low pass filter
36009     Study of High pass filter
36010     Study of band pass filter
36011     Study of CE configuration of NPN transistor
36012     Study of CB configuration of NPN transistor
36013     Study of CE amplifier
36014     Study of Monostable multivibrator using transistor
36015     Study of Bistable multivibrator using transistor
36016     Study of Astable multivibrator using transistor
36017     Study CB amplifier (PNP)
36018     Study CC amplifier (PNP)
36019     Study of FET amplifier.
36020     Study power supply having two zener diodes in series
36021     Study dual polarity voltage regulated power supply
36022     To study the characteristics of photo transistor
36023     To practically understood the operation of a 7-segment LED display
36024     To Study CC configuration of NPN transistor
36025     To study CE configuration of PNP transistor
36026     To study CB configuration of PNP transistor
36027     To study CC configuration of PNP transistor
36028     Study full wave dual polarity supplies
36029     Study of FET charactersistic
36030     Verify superposition theorem
36031     Verify thevonin’s theorem
36032     Verify receprocity theorem
36033     Study of Phase shift audio oscillator
36034     Verify kirchoff ’s law (V& I)
36035     Verify ohm’s law
36036     Ideal resistance characteristics
36037     Verification of series law of resistance
36038     Verification of parallel law of resistance
36039     Verification of maximum power transfer theorem
36040    Study of series and parallel resistance, capacitors and inductance circuits
36041     Study of basic electrical DC circuits
36042    Study of AC circuits
36043     Study of series and parallel resonance and operational amplifier circuits
36044    Study of power supply circuit, 555 timer and solid state switch
36045     Study of difference Amplifier
36046     Analog to digital converter (using IC ADC 0800)