Supply And Installation Of Physics Practical Equipment Dr. Babasaheb Ambedkar Marathwada University, Sub-Campus Osmanabad, Aurangabad-Maharashtra

Supply And Installation Of Physics Practical Equipment Dr. Babasaheb Ambedkar Marathwada University, Sub-Campus Osmanabad-2 8086 Microprocessor And Interfacing Kit. Nmade By - Anshuman Microprocessor Kit 3 8086 Microprocessor Assembler. Nmade By - Anshuman Microprocessor Kit N 4 Demonstrate The Relationship Between Frequency ( F ) , Wavelength ( ? 0 ) In Free Space And Wavelength In Waveguide ( ? ) Total Experimental Setup 5 Reflex Klystron Characteristics – Mode Diagrams, Etr And Ets Experimental Setup 6 Experimental Setup Of Gunn Diode Characteristics; I-V Characteristics, Power Versus Bias Characteristics And Power-Frequency Characteristics Nspecification:- Gunn Oscillator, Gunn Power Supply, Pin Modulator Frequency Meter, Swr Meter, Variable Attenuator, Detector Mount Etc N 7 Study Of High And Low Vswr And Impedance Measurements Using Smith Chart. Nspecification:- Klystron Tube, Klystron Power Supply, Isolator, Klystron Mount, Waveguide Stand, Slotted Line, Tunable Probe, Movable Short / Termination Or Any Unknown Load And Bnc Cables, S-S Tuner And Accessories N 8 Determination Of Dielectric Constant Of Solids – Two Point Method Complete Experimental Setup 9 Determination Of Dielectric Constant Of Liquids – Robert-Von Hipple Method Ndcl-01 Model N 10 Study Of Faraday’S Rotational Principle Experimental Setup 11 Determination Of Energy Band Gap Of Semiconducting Material ( Thermister ) By Bridge Method. 12 Study Of Dielectric Constant And Curie Temperature Of Ferroelectric Ceramics, Complete In All Respect 13 Dielectric Constant Of Solids & Liquids Dielectric Measurements Of Non Conducting Solids & Liquids. Complete In All Respect 14 Measurement Of Hall Coefficient Of A Given Sample. N Specification:-Two Solenoids, Constant Current Supply, Four Probe, Digital Gauss Meter, Hall Effect Apparatus ( Which Consist Of Constant Current Generator ( Ccg ) , Digital Milli Voltmeter And Hall Probe ) . N 15 Energy Band Gap Of A P-N Junction Nspecification:- Probe Arrangement, Sample: Ge Crystal Chip, Oven, Four Probes Set-Up ( Measuring Unit ) Having Oven Controller, Multi-Range Digital Voltmeter, And Constant Current Generator N N 16 Experimental Setup To Measure The Ionic Conductivity Of Ionic Solids And To Determine Activation Energy 17 Experimental Setup Variation Of Specific Heat Of Solid With Temperature 18 Experimental Setup To Determine The Coefficient Of Thermal Conductivity 19 Experimental Kit Characteristics Of Solar Cell. 20 Experimental Setup Determination Of Bulk Density Of Different Materials Using Immersion Technique 21 Experimental Setup Resistivity Of Semiconductors By Four Probe Method At Different Temperatures And Determination Of The Band-Gap, Electrical Properties And Superconductivity 22 Experimental Setup To Determine The Coefficient Of Thermal Conductivity

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Name of Work: supply and installation of Physics Practical Equipment Dr. Babasaheb Ambedkar Marathwada University, Sub-Campus Osmanabad
	Sl. No.	Item Description	Item Code / Make	Quantity	Units
1	1	supply and installation of\nPhysics Practical Equipment\nDr. Babasaheb Ambedkar Marathwada University, Sub-Campus Osmanabad	BI01010001010000000000000515BI0100001112
2	1.01	8086 Microprocessor and interfacing Kit.\nMade by - Anshuman Microprocessor kit	BI01010001010000000000000515BI0100001113	1	Nos
3	1.02	8086 Microprocessor Assembler.\nMade by - Anshuman Microprocessor kit\n	BI01010001010000000000000515BI0100001114	1	Nos
4	1.03	Demonstrate the relationship between frequency (f), wavelength (? 0) in free space and wavelength in waveguide (? ) Total Experimental Setup	BI01010001010000000000000515BI0100001115	1	Nos
5	1.04	Reflex Klystron Characteristics – Mode diagrams, ETR and ETS Experimental setup	BI01010001010000000000000515BI0100001116	1	Nos
6	1.05	Experimental setup of Gunn Diode Characteristics; I-V Characteristics, Power versus bias characteristics and Power-frequency characteristics\nSpecification:- Gunn oscillator, Gunn power supply, PIN modulator frequency meter, SWR meter, variable attenuator, Detector mount etc \n	BI01010001010000000000000515BI0100001117	1	Nos
7	1.06	Study of high and low VSWR and impedance measurements using Smith chart. \nSpecification:- Klystron tube, Klystron power supply, Isolator, Klystron mount, Waveguide stand, Slotted line, Tunable probe, Movable short/termination or any unknown load and BNC cables, S-S Tuner and accessories\n	BI01010001010000000000000515BI0100001118	1	Nos
8	1.07	Determination of dielectric constant of solids – Two point method complete Experimental setup	BI01010001010000000000000515BI0100001119	1	Nos
9	1.08	Determination of dielectric constant of liquids – Robert-Von Hipple method \nDCL-01 Model\n	BI01010001010000000000000515BI0100001120	1	Nos
10	1.09	Study of Faraday’s rotational principle Experimental setup	BI01010001010000000000000515BI0100001121	1	Nos
11	1.1	Determination of energy band gap of semiconducting material (Thermister) by Bridge method.	BI01010001010000000000000515BI0100001122	1	Nos
12	1.11	Study of Dielectric Constant and Curie Temperature of Ferroelectric Ceramics, Complete in all respect	BI01010001010000000000000515BI0100001123	1	Nos
13	1.12	Dielectric Constant of Solids & Liquids Dielectric measurements of non conducting solids & liquids. Complete in all respect	BI01010001010000000000000515BI0100001124	1	Nos
14	1.13	Measurement of Hall coefficient of a given sample. \n Specification:-Two solenoids, Constant current supply, Four probe, Digital gauss meter, Hall effect apparatus (which consist of Constant Current Generator (CCG), digital milli voltmeter and Hall probe).\n	BI01010001010000000000000515BI0100001125	1	Nos
15	1.14	Energy band gap of a P-N junction \nSpecification:- Probe arrangement, Sample: Ge Crystal chip, Oven, Four Probes Set-up (measuring Unit) Having Oven Controller, Multi-range Digital Voltmeter, and constant current generator\n\n	BI01010001010000000000000515BI0100001126	1	Nos
16	1.15	Experimental setup To measure the ionic conductivity of ionic solids and to determine activation energy	BI01010001010000000000000515BI0100001127	1	Nos
17	1.16	Experimental setup Variation of specific heat of solid with temperature	BI01010001010000000000000515BI0100001128	1	Nos
18	1.17	Experimental setup To determine the coefficient of thermal conductivity	BI01010001010000000000000515BI0100001129	1	Nos
19	1.18	Experimental kit Characteristics of solar cell.	BI01010001010000000000000515BI0100001130	1	Nos
20	1.19	Experimental setup Determination of bulk density of different materials using immersion technique	BI01010001010000000000000515BI0100001131	1	Nos
21	1.2	Experimental setup Resistivity of Semiconductors by Four Probe Method at Different Temperatures and Determination of the Band-gap, "Electrical Properties And Superconductivity"	BI01010001010000000000000515BI0100001132	1	Nos
22	Total in Figures	Experimental setup To determine the coefficient of thermal conductivity