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Digital Lab Training Modules

We are known as the leading manufacturers and suppliers of Digital Lab Training Modules. These products are fabricated using premium quality raw material sourced from our reliable vendors. Our experts are involved in testing these on various parameters of quality in order to ensure their durability and reliability. Further, we offer these products at the most competitive prices.

 

Our range includes:

 

  • Wein bridge oscillator using operational amplifier ic 741
  • 4 bit shift registers
  • Circuit designer board
  • Digital logic trainer (logic gates, booleon identities and demorgan's theorems)
  • 4/8 bit digital to analog converter

Study Of Logic Gates Using TTL ICs (6 in 1)


Study Of Logic Gates Using TTL ICs (6 in 1)

Study of Logic Gates using TTL ICs (6 in 1) (AE 372 )

Objective : To verify the truth table for TTL AND, OR, NOT, NAND, NOR & EX-OR gates.
Features : Instrument comprises of 5V/150mA DC Regulated Power Supply for logic ‘1’ & logic ‘0’.





Verification Of Truth Tables Of Logic Gates

Verification of truth tables of Logic gates using Universal gates (NAND & NOR gates)

Objective : To verify the truth table of AND gate, OR gate, NOR gate, NAND gate & NOT gate using NAND & NOR gate.
Features : Instrument comprises of DC Regulated Power Supply 5V/150mA, 2 logic ‘1’ & 2 logic ‘0’ inputs are provided on sockets, 2 Red LED output indicators, circuit diagram printed for 4 ‘NAND’ & 4 ‘NOR’ gates & their respective IC’s placed inside the cabinet & connections brought out at sockets.



Verification Of Truth Tables Of Logic Gates




Study Of 4 Bit Adder And Subtractor


Study Of 4 Bit Adder And Subtractor

Study of 4 bit adder and subtractor

Objective : to study the 4 bit adder and subtractor using ic 7483
Features : instrument comprises of dc regulated power supply 5v/150ma, 4 logic inputs selectable using spdt switches, 4 output led indicators, circuit diagram printed & connections brought out at sockets on the front panel.





Study of Encoder & Decoder Circuits

study of encoder & decoder circuits

objective : to study and verify the truth tables of binary to gray code convertor, bcd to seven segment decoder, bcd to decimal decoder, decimal to bcd encoder.
features : instrument comprises of dc regulated power supply 5vdc/150ma, 4 spdt switches provided for selecting logic ‘1’ & logic ‘0’,1hz monoshot clock pulse, 4 output indicators, circuit diagram for ic 7490, ic7447 & 7-segment display printed & connections for various inputs & outputs brought out at the sockets on the front panel.



Study of Encoder & Decoder Circuits




Study Of 16 To 1 Line Multiplexer & Line Demultiplexer


Study Of 16 To 1 Line Multiplexer & Line Demultiplexer

study of 16 to 1 line multiplexer & 1 to 16 line demultiplexer

objective : to study and verify the truth tables of : 16 to 1 multiplexer using ic 74150, 1:16 demultiplexer using ic 74154.





Study of Arithmatic Logic Unit (ALU)

Study of Arithmetic Logic Unit (ALU)

Features : Instruments Comprises of fixed Output DC Regulated power supply of 5V. Logic inputs selectable using SPDT switches & logic output indicators & IC 74181. Circuit diagram is printed on the front panel.



Study of Arithmatic Logic Unit (ALU)




Study of 4 Bit Counters (Synchronous & Asynchronous)


Study of 4 Bit Counters (Synchronous & Asynchronous)

study of 4 bit counters (synchronous & asynchronous)

objective : to study and verify the truth tabels of two bit, four bit up, down and modulo asynchronous (ripple) counters using ic 7476, ring & johnson counter using ic 7476, four bit up down and programmable synchronous counter using ic 74193, decade up-down counter using ic 74190.
features : instrument comprises of dc regulated power supply 5vdc/150ma, 1hz monoshot clock pulse, two output indicators, symbolic diagram for 4 ‘jk ‘ flip-flops printed & connections for inputs & outputs brought out at sockets on the front panel.





Study of Logic Gates using TTL ICs (7 in 1)

Study of Logic Gates using TTL ICs (7 in 1) (AE 371 )

Objective : To verify the truth table for TTL AND, OR, NOT, NAND, NOR, EX-OR & EX-NOR gates.
Features : Instrument comprises of 5V/150mA DC Regulated Power Supply for logic ‘1’ & logic ‘0’.




Study of Logic Gates using TTL ICs (7 in 1)




Basic Logic Gates using Discrete Components (5 in 1)


Basic Logic Gates using Discrete Components (5 in 1)

Objective : To verify the truth table for DTL AND, OR, NOT, NAND, & NOR gates.

Features : Instrument comprises of 5V/150mA DC Regulated Power Supply for logic ‘1’& logic ‘0’. Circuit diagram for ‘OR’, ‘AND’& ‘NOT’ gates has been printed & components mounted on front panel to demonstrate the working of DTL gates. NAND & NOR gates can be assembled using different combinations of Gates.






Verification of Boolean Identity & Demorgans Theorem

Verification of Boolean Identities, Logic gates & Demorgans Theorems (AE 375 )

Objective : To verify the truth table of 3 input AND gate, OR gate, NAND gate, NOR gate, single input NOT gates, Boolean expressions & Demorgan’s Theorem’s.
Features : Instrument comprises of DC Power supply 5V/150mA, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, 2 Red LED output indicators, circuit diagram printed for 5 ‘OR’, 5 ‘AND’ & 4 ‘NOT’ gates & their respective IC’s placed inside the cabinet & connections brought out at sockets.




Verification of Boolean Identity & Demorgans Theorem




Verification of De Morgan's Theorems


Verification of De Morgan's Theorems

Objective : To verify the truth table of Demorgan’s Theorems.


Features : Instrument comprises of DC Regulated Power Supply 5V/150mA, IC’s placed inside the cabinet & connections brought out at sockets, 4 SDPT switches provided for selecting logic ‘1’ & logic ‘0’, 2 Red LED output indicators.






Digital Trainer to Verify Adder & Subtractor using NAND Gate

Objective :To verify the truth table of Digital Half Adder, Half Subtractor, Full Adder & Full subtractor using NAND gates.

Features :Instrument comprises of DC Regulated Power Supply 5VDC/150mA for logic inputs, 3 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, 3 NOT gates for providing compliments of the logic inputs, 2 Red LED output indicator, circuit diagram printed for 5 three input ‘NAND’ gates, 3 two input ‘NAND’ gates & 1 four inputs ‘NAND’ gates & their respective IC’s placed inside the cabinet & connections brought out at sockets.




Digital Trainer to Verify Adder & Subtractor using NAND Gate




Flip Flops using TTL ICs and NAND Gates


Flip Flops using TTL ICs and NAND Gates

Objective : To study & verify Truth tables of ‘RS’, ‘D’ Type, Flip Flops using NAND Gates & ‘D’, ‘T’ & ‘JK’ flip flops using TTL IC’s.


Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, 4 logic inputs, logic ‘1’ & logic ‘0’ selectable using SPDT switches, 1Hz monoshot clock pulse, two output indicators, Circuit diagram for ‘RS’, ‘D’, ‘T’ & ‘JK’ & ‘JK Master slave’ flipflops are printed, their respective IC’s placed inside the cabinet & connections brought out on the sockets. 1


NOT gate for converting ‘RS’ flip-flops to ‘D’ type flipflop.






Study of Left, Right & Programmable Shift Register

Study of Left, Right & Programmable Shift Register (AE 384)

Objective : To study & verify truth table of Left, Right & Programmable Shift Register using IC 7495.
Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, 1Hz mono-shot clock pulse, four output indicators, Circuit diagram for IC 7495 printed and two switches for serial input & Mode control.




Study of Left, Right & Programmable Shift Register




Analog to Digital (A/D) Convertor


Analog to Digital (A/D) Convertor

Objective : To study Analog to Digital & Digital to Analog convertors using R-2R network & Successive Approximation Method.

Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA,0-10 VDC/150mA, ±15VDC/150mA, 1 Voltmeter, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, one output indicators, Circuit printed on the front panel.






Digital to Analog (D/A) Convertor using R-2R Network

Digital to Analog (D/A) convertor using R-2R Network (AE 389 )

Objective : To study Digital to Analog convertor using R-2R network.


Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, ±15VDC/150mA, 1 Voltmeter, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, one output indicators, Circuit diagram printed on the front panel.




Digital to Analog (D/A) Convertor using R-2R Network




TTL IC Characteristics Apparatus (AE 395 )


TTL IC Characteristics Apparatus (AE 395 )

Objective : To study the input and output characteristics of TTL inverter


Features : Instrument comprises of DC power supply of 0 - 5 V, Fixed output power supply 5V, two dual range volt meter and output indicator .






RAM Circuit using IC 7489

Objective : To Study and verify the truth table of RAM circuit.

Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, ten logic inputs selectable using SPDT switches, four LED output indicators, IC 7489 placed on the front panel & connections brought out at sockets.




RAM Circuit using IC 7489




Study of Parity Generator/Checker


Study of Parity Generator/Checker

Objective : To Study the pority generator and checker using IC 74183




CMOS IC Characteristics Apparatus (AE 396 )

Objective : To study the input and output characteristics of CMOS inverter

Features : Instrument comprises of DC power supply of 0 - 5 V, Fixed output power supply 5V, two dual range volt meter and output indicator .




CMOS IC Characteristics Apparatus (AE 396 )




Study of RTL Logic Gate (5 in 1)

Study of RTL Logic Gate (5 in 1) (AE 374 )

Objective : To study resistor transistor logic gates.






Study of Adder & Subtractor using OR, EX-OR, AND & NOT Gates

Study of Adders & Subtractor using OR, EX-OR, AND & NOT gates (AE 379 )

Objective : To verify the truth table of Digital Half Adder, Half Subtractor, Full Adder & Full Subtractor using OR, AND, EX-OR & NOT gates.


Features : Instrument comprises of DC Regulated Power Supply 5V/150mA for logic inputs, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, 2 Red LED output indicators, circuit diagram printed for 1 two input ‘OR’ gate, 2 two input ‘AND’ gates, 2 ’NOT’ gates & 2 EX-OR gates & their respective IC’s placed inside the cabinet & connections brought out at sockets.






Study & Verify Truth Tables of JK Master Slave Flip Flop

Study & Verify truth tables of JK & JK Master slave flip flop (AE 383 )

Objectives : To verify truth tables of ‘JK’ & ‘JK Master slave’ flip flops using IC 7472 & IC 7476.
Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, 1Hz monoshot clock pulse, two output indicators, Circuit diagram for ‘JK’ & ‘JK Master slave’ flip-flops are printed & connections for input & outputs brought out at the sockets on the front panel.






Digital to Analog Convertor using Weighted Register Network

Digital to Analog (D/A) convertor using Weighted Register Network (AE 390 )

Objective : To study Digital to Analog convertor using Weighted Register network.
Features : Instrument comprises of DC Regulated Power Supply 5VDC/150mA, 15VDC/150mA, 1 Voltmeter, 4 SPDT switches provided for selecting logic ‘1’ & logic ‘0’, one output indicators, Circuit diagram for weighted resistor network & inverting circuit using IC 741 printed on the front panel .






TTL-CMOS & CMOS -TTL Interfacing

TTL-CMOS & CMOS -TTL Interfacing (AE 394)

Objective : To Study the interfacing of TTL-CMOS and CMOS-TTL using pull up resistor.
Features : Instrument comprises of Two DC Regulated Power Supplies of 5V/150mA, 12V/150mA, output indicator for CMOS & TTL individually. Built in pull up network of resistor. IC\'s are mounted on front panel & appropriate test point are provided on front panel. One CMOS & One TTL IC are provided for experiment.






Digital Trainer to verify Half Adder & Full Adder

Digital Trainer to verify Half Adder & Full Adder








Contact Us
Ambala Electronics Instruments
Mr. Gaurav Srivastava / Mr. Manish Agarwal (Partner)
No. 2509, Bengali Mohalla, Kali Bari Road
Ambala - 133001, Haryana, India

Contact via E-mail



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