Bids Are Invited For Iti Lab Equipment ( Q3 ) 1. Pneumatic Training Work Bench 1. Hydraulic Training Work Bench 1. Digital Ic Trainer Should Be Intended For Elementary As Well As Advance Applications 2. The Digital Ic Trainer Should Be Designed Self -Contained System With Symbolic Representation Of Each Ic Symbol With 4Mm Brass Connectors On Front Panel Pcb 3. The Digital Ic Trainer Should Cover Various Regular Digital Circuits Processor And Memories. The Ics Should Be Provided Backside Of Back Panel Of Pcb & Not On The Front Panel For Safety & The Dip Ic’S Should Be Fitted In Sockets For Ease Of Replacement. All The Terminations Of Each Pin Of Ic’S Should Be Provided With 4Mm Sturdy Brass Terminals, Soldered On Front Panel With Proper Layout In Different Colour For Better Viewing And Should Be Housed In An Elegant Powder Coated Metal Cabinet Of Minimum Size 525Mm X 440Mm Or Suitable With Suitcase Base With Safety Cover For Safe Keeping & Safety In Storage. Provision Should Be Made To Safe Keep The Mains Cord & Patch Cords In The Cabinet Itself. 4. It Should Have The Facility Of Manual Testing Of Any Kind Of Digital Gates ( Ics Upto 16 Pin ) 5. The Trainer Should Also Include A Hardware Application Module Consisting Of A Mobile Robotic Kit For Digital Logic Circuit Implementation 6. Comprehensive Manual Should Cover Detailed Theory, Experiment Set Up Details And Circuit Diagrams 7. Lms Based Learning Solution For Each Experiment And Operation Of Ic’S. With Ar Based Working Simulation For Same Supplied Module -20Users The Trainer Should Be Self - Contained To Perform Various Experiments As Mentioned Below: 1 Study Exercise On : A. Decimal Number System ( Addition, Subtraction, Multiplication & Division ) B. Binary Number System ( Addition, Subtraction, Multiplication & Division ) C. Conversion Of Decimal To Binary ( For Whole Nos. & Fractions ) D. Use Of Complements To Represent Negative Numbers E. Binary Coded Decimal ( Bcd ) System 2. Study, Operation & Verification Of Various Theorems By Perfect Induction Method, Such As : A. Boolean Algebra Theorems I To Xviii ( Eighteen Experiments ) B. De - Morgans Theorems I & Ii ( Two Experiments ) 3. Study, Operation & Verification Of Logic Gates By Perfect Induction Method, Such As : And, Or, Not, Nand, Nor, Ex - Or, Ex - Nor Gates ( Seven Experiments ) 4. Study, Operation & Verification Of Various Characteristics Of Ttl Gates Such As : I. Low State Input Current Ii. High State Input Current Iii. Low State Output Voltage Iv. High State Output Voltage V. Input-Output Transfer Characteristics 5. Study, Operation & Verification Of Combination Circuits Such As I. Half Adder Ii. Half Substractor Iii. Full Adder Iv. Full Substractor V. Bit Comparator Vi. 2 Line To 4 Line Decoder Vii. Y = Ab + Cd + Ef + Gh Viii. Y = G ( A + B + C + D ) 6. Study, Operation & Verification Of Various Flip - Flops Using Combinational Circuits Such As : I. S - R Flip - Flop ( Using Nand / Nor ) Ii. Clocked S - R Flip Flop Iii. J - K Flip Flop Iv. Ms J - K Flip Flop V. Clocked Ms J - K Flip - Flop 7. Study, Operation & Verification Of Various Flip Flops Using Dedicated Circuits Such As : I. Edge Triggered Jk Flip Flop Ii. D Flip Flop Iii. T Flip Flop 8. Study, Operation & Verification Of Registers Using Dedicated Circuits Such As : A. 4 Bit Parallel Access Shift Register For Following Operations And Conversions : I. Parallel Load Operation Ii. Shift Left Operation Iii. Shift Right Operation Iv. Serial Load Operation V. Parallel To Serial Conversion Vi. Serial To Parallel Conversion Vii. Rotate Left Operation Viii. Rotate Right Operation B. 4 Bit Universal Bi-Directional Shift Register For Following Operations And Conversions : I. Parallel Load Operation Ii. Shift Left Operation Iii. Shift Right Operation Iv. Serial Load Operation V. Parallel To Serial Conversion Vi. Serial To Parallel Conversion Vii. Rotate Left Operation Viii. Rotate Right Operation 9. Study, Operation & Verification Of 7 Segment Display And Decoder / Driver For Different Digits & Decimal Point : I. Study Of 7 Segment Display Ii. Study Of Decoder Driver 10. Study, Operation And Verification Of Digital Counters Using Combinational Circuits Such As : I. Scaler & Frequency Divider Ii. 3 Bit Asynchronous Counter Iii. 3 Bit Synchronous Counter Iv. Decade Counter V. Up / Down Counter Vi. Ring Counter Vii. Twisted Ring Counter Viii. Synchronous Non Binary Counter Ix. Reverse Counter 11. Study, Operation & Verification Of Digital Counters Using Dedicated Circuits Such As I. Decade Counter Ii. Divide By 6 Counter 9 Counter Iii. Symmetrical Divide By 10 Counter Iv. Programmable Binary Up Counter V. Programmable Binary Down Counter Vi. Divide By Vii. Divide By 12 Counter 12. Study, Operation & Verification Of Multiplexer And Demultiplexer Using Combinational Circuits Such As : I. 4 Line To 1 Line Multiplexer Ii. 2 Line To 4 Line Demultiplexer 13. Study, Operation & Verification Of Arithmetic Logic Unit ( Alu ) Using Combinational Circuits Such As : I. Half Adder Ii. Full Adder Iii. 4 Bit Adder Iv. 4 Bit Substractor V. Comparision Of Two 4 Bit Binary Numbers Vi. Even / Odd Parity Checker 14. Study & Operation Of Bcd To Decimal Conversion Using Dedicated Circuit 15. Study, Operation & Verification Of A Dedicated Circuit For Various Input Conditions For Monoshot Operation 16. Study, Operation & Verification Of Multivibrators Using Combinational Circuits Such As : I. Astable Multivibrator Ii. Monostable Multivibrator Iii. Bistable Multivibrator 17. The Trainer Also Includes A Hardware Application Module Consisting Of A Microcontroller Based Mobile Robotic Kit With Integrated Sensors & Actuators Which Can Be Controlled By The Digital Ic Trainer Main Unit Actual Implementation Of Various Applications With Digital Combinational Circuit Is Possible. The Application Module Consists Of A Mobile Robotic Kit Integrated Sensors Such As White Line Sensors, Infrared Proximity Sensors, Visual Led Indicators Separate For Each Sensor, Separate For Each Motor For Forward / Reverse Direction, Separate Blinking Led For Movement Indication, Buzzer For Halt Condition Indication And Actuators Such As Dc Motors In Differential Drive & Motor Driver And Support Various Experiments Given In The Manual, Such As : 1. Motor Control Based Robot Using Digital Combinational Circuits 2. White Line Following Using Digital Combinational Circuits 3. Wall Hugging ( Following ) Using Digital Combinational Circuits 4. Obstacle Avoidance Using Sensors Using Digital Combinational Circuits Necessary Modules, Including Supplies, Patch Panel, Patch Cords Etc Are Provided: 1. D.C. Regulated Short Circuit Protected Power Supply Of 5V Dc / 1A 2. 16 Logic Input Switches With Buffered Indicators 3. 16 Buffered Logic Output Indicators 4. 4 Bounceless Pulsers 5. 4 Connecting Strips 6. Clock Generator ( 1Hz, 10Hz, 100Hz, 1Khz, 10Khz, 100Khz ) 7. Breadboard Terminal Strip With 640 Points 8. 2 X 7 Segment Display With Decoder Driver For Bcd Input Facility Should Be Provided For Manual Testing And Use Of Ics Provided In The Modules As Well As Ics Other Than Those Provided For Extra Experiments The Ics Should Be Provided Inside The Front Panel & Not On The Front Panel For Safety & The Dip Ic’S Should Be Fitted In Sockets For Ease Of Replacement. All The Terminations Should Be Provided On 4Mm Multicoloured Sturdy Brass Terminals, Fitted On Front Panel With Proper Layout In Different Colour For Better Viewing And Should Be Housed In An Elegant Powder Coated Metal Cabinet Of Minimum Size 525Mm X 440Mm With Powder Coated Metal Cover For Safe Keeping & Safety In Storage. Provision Should Be Made To Safe Keep The Mains Cord & Patch Cords In The Cabinet Itself. C Standard Accessories :- 1 Set Of Patch Cords Consisting Of 15 Stackable Patch Cords With Spring Loaded 4Mm Plugs As Terminations 15 Patch Cords With Spring Loaded 4Mm Plugs As Terminations 5 Patch Cords With Crocodile Clips As Terminations 2 Lms Based Learning Solution For Each Experiment And Operation Of Ic’S. With Ar Based Working Simulation For Same Supplied Module -20Users 3 Comprehensive Manual Should Cover Detailed Theory, Experiment Set Up Details And Circuit Diagrams D Electric Supply Specification :- 1 Phase 240V A.C. Supply
