Supply Of Equipment, Principal_Government_Polytechnic_Dumka-Jharkhand

Supply Of Equipment-1.01 Ohm’S Laws Apparatus With In Built Power Supply 1.02 Kirchoffs Law Apparatus 1.03 Superposition Theorem Apparatus. 1.04 Thevenin’S And Norton’S Theorem Apparatus 1.05 Maximum Power Transfer Theorem Apparatus 1.06 Connection And Measurement Of Power Consumption Of Various Lamps. 1.07 Experement : Hartley Oscillator 1.08 V-I Characteristics Of Incandescent Lamps And Time Fusing Current Characteristics Of A Fuse. 1.09 Calculation Of Current, Voltage And Power In Series R-L-C Circuit Excited By Single Phase Ac Supply And Calculation Of Power Factor. 1.10 Verifying B-H Curve Of An Electromagnet. 2 Network Theory Lab 2.01 To Observe A.C. Wave Form On C.R.O. And Calculates Average & R.M.S. Values, Frequency, And Observe The Response Of Resistance To Ac 2.02 Experement :- Study Of Lead & Leg Network In Ac Circuits To Observe Response Of Inductor And Capacitor To Ac 2.03 Experement :-Calculation Of Impedance In Ac Circuit To Determine Impedance & Plot The Phasor Diagram Of R-L Series Circuit. 2.04 Experement :-Calculation Of Power & Power Factor In Rc Ac Circuit To Determine The Current And P.F. Of R.C. Series Circuit. 2.05 Experement :-Calculation Of Power & Power Factor In Rlc Ac Circuit To Determine The Current And P.F. In R.L.C. Series Circuit. 2.06 Experement :-Rlc Series Resonance With Inbuilt Sine Wave Oscillator 2.07 Experement :-Rlc Parallel Resonance With Inbuilt Sine Wave Oscillator 2.08 Experement :- Calculation Of Power & Power Factor In Rc Ac Circuit 2.09 Experement :-Rlc Parallel Resonance With Inbuilt Sine Wave Oscillator To Determine The Current. In R.L.C. Parallel Circuit. 2.10 Experement :-Rlc Parallel Resonance With Inbuilt Sine Wave Oscillator To Obtain Resonance In R-L-C Parallel Circuit. 2.11 Experement :- Measurement Of Power In Balanced Load Using Two Watt Meter Method In Three Phase Circuit. To Verify The Line And Phase Values For Star Connected Balanced Load. 2.12 Experiment :- Study Of Voltage & Current Relationship In Three Phase Circuits. 2.13 Superposition Theorem Apparatus. 2.14 Thevenin’S And Norton’S Theorem Trainer 2.15 Maximum Power Transfer Theorem Apparatus With Three Power Supplies. 3 Electronics Lab 3.01 Forward & Reverse Characteristics Of Pn Junction Diode 3.02 Characteristics Of Zener Diode 3.03 Study Of Rectifiers ( Half Wave & Full Wave ) & Filters ( Capacitor & Inductor Filter ) 3.04 Input & Output Characteristics Of Transistor In Ce Mode 3.05 Characteristics Of Fet 3.06 Characteristics Of Ujt 3.07 Load & Line Regulation Characteristics Of Regulator 3.08 Frequency Response Of Single Stage Rc Coupled Amplifier. 3.09 To Study The V-I Characteristics Of Pn Junction Diode. 3.10 Determination Of H Parameter. 3.11 To Verify The Truth Table Of Logic Gates Realize And, Or, Not Gates. 3.12 To Realize And, Or Gates Using Diodes And Resistors. 3.13 To Verify The Boolean Algebra Function Using Digital Ic Gates ( Consensus Theorem ) . 3.14 To Realize The Function F ( A, B, C, D ) = ( C+D ) ( A+B ) ( B+D ) Neither Using Nor Gates. 3.15 Design A Half / Full Adder Circuit Using Logic Gates. 3.16 Design A Half / Full Subtractor Circuit Using Logic Gates. 3.17 Design A Binary To Gray Code Converter. 3.18 Design A Function Using K-Map And Verify Its Performance Using Sop & Pos. 3.19 Design Bcd To Seven Segment Display Using 7447 Ic. 3.20 Experiment :- Study Of 4 Bit & 16 Bit Multiplexer 3.21 To Study 8085 Based Microprocessor System 3.22 To Load Content In One Register And Shift It To Another. 3.23 To Move The Content Of One Memory Location To Another. 3.24 To Develop And Run A Program For Finding Out The Largest / Smallest Number From A Given Set Of Numbers. 3.25 To Develop And Run A Program For Arranging In Ascending / Descending Order Of A Set Of Number 3.26 To Perform Multiplication / Division Of Given Numbers. 3.27 To Perform Floating Point Mathematical Operations ( Addition, Subtraction, Multiplication, And Division ) . 3.28 To Perform Computation Of Square Root Of A Given Number. 4 Instrumentation System Lab / Electronics Measurements 4.01 To Determine Output Characteristic Of A Lvdt And Determine Its Sensitivity. 4.02 Study Characteristics Of Temperature Transducer Like Thermocouple, Thermister And Rtd With Implementation Of Small Project Using Signal Conditioning Circuit. 4.03 Study Characteristics Of Light Transducer Like Photovoltaic Cell, Phototransistor And Photodiode With Implementation Of Small Project Using Signal Conditioning Circuit. 4.04 To Study Input- Output Characteristics Of A Potentiometer And Use Of Two Potentiometers As An Error Detector. 4.05 Adc Converter 4.06 Dac Converter 4.07 Measurement Of Passive Elements R , L And C Using Bridge Networks 4.08 Study Of Transducers And Characterization-Power Electronics Lab- 5.01 Study Of Voltage – Current Characteristics Of Thyristor 5.02 Study Of Full Wave Rectifier Using Scr 5.03 Study Of Parallel Inverter Using Scr. 5.04 Study Of Bridge Rectifier Using Scr 5.05 Study Of Series Inverter Using Scr. 5.06 Study Of Chopper Using Scr 5.07 Study Of Circuit Breaker Using Scr 5.08 Study Of Battery Charger Using Scr 5.09 Speed Control Of Dc Series Motor 6.01 Measurement Of Current And Voltages By Low Range Ammeter And Voltmeter Respectively With Shunt And Multiplier. 6.02 Calibration Of Wattmeter At Various Power Factors By Standard Wattmeter 6.03 Measurement Of Power In Three Phase Circuits Measurement Of Active Power In Three Phase Balanced Load By Single Wattmeter Method. 6.04 Measurement Of Power In Three Phase Circuits Using Two Watt Meters. 6.05 Measurement Of Power In Three Phase Circuits Using Voltmeters & Ammeters. Measurement Of Three-Phase Power With 3 Ammeters And 3 Voltmeters. 6.06 Calibration Of Energy Meter At Various Power Factors By Standard Energy Meter. 6.07 Measurement Of Energy In Single Phase & Three Phase Balanced Load Using Electronic Energy Meter. 6.08 Measurement Of Low Resistance By Kelvins Double Bridge. 6.09 Measurement Of Medium Resistance By Wheatstone Bridge 6.10 Measurement Of Resistance, Voltage, Current, Voltage, Current In A.C & D. C. Circuit By Using Digital Multimeter. 6.11 To Measure Linear Displacement By Lvdt And Plot Characteristics. 6.12 Measurement Of Inductance By Maxwell Bridge 6.13 Measurement Of Capacitance By Schering Bridge 6.14 Measurement Of Inductance By Hay Bridge 7 Digitalcommunication 7.01 Observe Waveforms Of Pulse Amplitude Modulation ( Using Natural Sampling & Flat Top Sampling ) . 7.02 Observe Waveforms Of Pulse Width Modulation 7.03 Observe Waveforms Of Pulse Position Modulation. 7.04 Observe Waveforms Of Pulse Code Modulation And Demodulation. 7.05 Observe Waveforms Of Ask Modulation & Demodulation. 7.06 Observe Waveforms Of Fsk Modulation & Demodulation. 7.07 Observe Waveforms Of Psk Modulation & Demodulation. 7.08 Observe Wave Forms Of Qpsk Modulation & Demodulation. 7.09 Observe Wave Forms Of Qam Modulation & Demodulation. 8 Communication System 8.01 Observe Am The Am Signal On Spectrum Analyzer 8.02 Observe Fm Wave & Calculate Modulation Index. 8.03 Am Radio Receiver. 8.04 Voltage Wave Form Analysis At Various Points In Am Receiver 8.05 Observe Input & Output Waveforms Of Am Detector. 8.05 Observe Input & Output Waveforms Of Am Detector. 8.06 Plot Graph Of Sensitivity Of Receiver. 8.07 Plot Graph Of Selectivity Of Receiver. 8.08 Plot Graph Off Fidelity Of Receiver 8.09 Fault Finding Of Am Radio Receiver. 8.10 Fm Detector Characteristics. 8.11 Measure The Length Of Directors, Reflectors, Dipoles And Spacing Between The Yagi Uda Antenna Andc Compare With The Theoretical Value. 9 Control System Lab 9.01 Transfer Function Of First And Second Order System 9.02 Sensors System Control System Study M Lab Platform. 01 9.03 Ac Position Servo System Study 9.04 Dc Position Servo System Study 9.05 Control Through Magnetic Amplifier 9.06 Measurement Of Passive Elements R , L And C Using Bridge Networks 9.07 Study Of Transducers And Characterization 9.08 Digital Simulation Of Linear Systems 9.09 Stability Analysis Of Linear System Using Matlab Or Equivalent Software 9.10 Study The Effect Of P, Pt, Pid Controllers Using Matlab Or Equivalent Software Or Witl Conventional Methods. 10 Strength Of Material Lab 10.01 Young’S Modulus Apparatus 10.02 Torsion Of Steel Beam Apparatus 10.03 Flexure Testing Machine 100Kn Digital 10.04 Euler’S Load Buckling Testing Machine 11 Surveying Lab 11.01 Optical Square 11.02 To Verify Law Of Polygon Of Forces 11.03 Digital Tachometer 11.04 Digital Planimeter 12 Building Materials Lab 12.01 Vickers Hardness Tester 12.02 Mortar Mixer Automatic / Manual 12.03 Concrete Mixer With Cube Mould 13 Geo-Technical Engineering Lab 13.01 Sand Replacement Method 13.02 Laboratory Permeability Apparatus -Falling Head & Constant Head 13.03 Standard Compaction Test App. 14 Hydraulics Lab 14.01 Channel Section Having Sudden Change In Slope For The Formation Of Hydraulic Jump Or Hydraulic Jump Apparatus ( Tilting Flume Apparatus ) 2.5 Meter 14.02 Pitot Tube Apparatus 14.03 Reynolds Apparatus To Study The Types Of Flow 14.04 Determine The Darcy’S Law Apparatus 14.05 Hydraulic Ram Apparatus 14.06 Apparatus To Determine Orifice And Mouthpiece 14.07 Current Water Meter Apparatus 14.08 Dead Weight Pressure Gauge Tester 14.09 Venturimeter Test Rig 14.10 Orificemeter Test Rig 14.11 Francis Turbine Test Rig 14.12 Kaplan Turbine Test Rig 14.13 Bernoulli’S Apparatus 14.14 Losses In Pipe And Fitting Apparatus 14.15 Closed Circuit Pipe Friction Apparatusfriction Losses In Pipe 14.16 Centrifugal Pump Test Rig 14.17 Reciprocating Pump Test Rig. 14.18 Pelton Wheel Test Rig 15 Transportation Engineering Lab 15.01 Aggregate Impact Tester 15.02 Softening Point Of Bitumen 15.03 Flash & Fire Point Of Bitumen 15.04 Penetration Test On Bitumen 15.05 Bankleman Beam Method 16 Laboratory Test For Highway Material: 16.01 Marshall Stability Test Apparatus 17 Advance Surveying Lab 17.01 Stadia Tachometer 17.02 Gps Survey 18 Environmental Engineering Lab 18.01 Bod Test Analyzer 18.02 Cod Test Analyzer 19 Advance Structure Lab ( Elective-Ii ) 19.01 Three Hinged Arch Apparatus 19.02 Three Bar Pin Jointed Truss 19.03 Betti’S Theorem / Elastic Properties Of Deflected Beam Apparatus 19.04 Maxwell Reciprocal Theorem Apparatus 19.05 Begg’S Deformeter Set Apparatus 19.06 Suspension Load Apparatus 19.07 Cantilever Beam 19.08 Portal Frame Apparatus 19.09 Redundant Frame Joint Apparatus 19.10 Behaviour Of Column & Struts Apparatus 19.11 Deflection Of Truss Apparatus 19.12 Two Hinged Arch Apparatus 19.13 Shear Force, Loading & Bending Moment Apparatus 20 Industrial Fluid Power Lab 20.01 Demonstrator Ofmeter In And Meter Out Circuit. 20.02 Demonstrator Of Design, Prepare & Operate Of Sequencing Circuit. 20.03 Demonstrator Of Hydraulic Circuit For Shaper Machine. 20.04 Demonstrator Of Pneumatic Circuit For Speed Control Of Double Acting Cylinders. 20.05 Demonstrator Of Pneumatic Circuit For Speed Control Of Pneumatic Motor 21 Theory Of Machine Lab 21.01 To Find The Ratio Of Time Of Cutting Stroke To The Time Of Return Stroke For Quick Return Mechanism Of A Shaper Machine 21.02 Sketch & Describe Working Of Bicycle Free Wheel Sprocket Mechanism. 21.03 Determination Of Power Transmitted By Any Belt Drive Using Any One Dynamometer. 21.04 Balancing Of Several Masses Rotating In A Single Plane By Graphical Method. 22 Thermal Engineering Lab 22.01 Study Of Solar Water Heating System. 22.02 Trace The Flue Gas Path And Water-Steam Circuit With The Help Of Boiler Model And Write Are Port. 22.03 Determination Of Change In Velocity Of Steam With Steam Nozzle. 23 Engineering Mechanics Lab 23.01 To Verify Force Transmitted By Members Of Truss 23.02 Find Ma, Vr, Efficiency, Ideal Effort, Effort Lost In Friction For Various Loads Andestablish Law Of Machine And Calculate Maximum Efficiency Of Differential Axle Andwheel 24 Automobile Engineering Lab 24.01 Universal Joint. 24.02 Battery And Function Of Charger. 24.03 Study Of Ignition System

INR 1000 /-

INR 300000.0 /-

INR 1.50 Crore /-