Welcome to School of Instrumentation Devi ahilya vishwavidyalaya

Welcome to School of InstrumentationDevi ahilya vishwavidyalaya

School of Instrumentation DAVV Indore M.P 452001 India

Year of establishment:1991University science Instrumentation centre Level-1 : 1978

University science Instrumentation centre Level-2 : 1988

Workshop facilities :Mechanical , Electronics, Glass-Blowing, and Carpentry

Courses Offered M.S. (Instrumentation):1992, Converted into M.Tech. (Instrumentation) in 1998AICTE Approved: Intake 18 student:10G+05S+03RM.Sc.(Instrumentation):2004


Infrastructure and facilities1. Lecture rooms and Seminar/ Conference Room are well equipped with projectors2. Library equipped with 1000 books and 200 journals and Reading Facility3. Teaching Laboratories: Micro processor and Microcontroller

Digital Signal Processing Industrial transducer Process Control instrumentation and PLC lab Power Electronics Lab. VLSI lab., Analog and Digital Lab. Computer with internet facility

4. Research Laboratory: Laser Processing LaboratoryAnalytical InstrumentationSample Preparation Laboratory

5. Workshop: MechanicalElectricalGlass blowingCarpentry

6. Common room Facilities for Girls and Boys7. Connected with DAVV server


Microprocessor /Microcontroller labEquipped with ARM, PIC, INTEL Kits



Process Control and PLC Lab

computer lab:Equipped with internet connectivity


bio medical Instrument lab



VLSI and DSP Laboratory: Equipped with Arbitrary Function Generator (Tektronix), Digital Storage Oscilloscope 200 MHz (Tektronix), DSP Kits from TEXAS

XILINX Spartan3,FPGA Boards for the training purposes

Laser Processing Lab


Nd-YAG High Power LASERFundamental : 1064 nm: 800 mw/pulseSecond Harmonics : 532 nm

Pulsed Laser Ablation Chamber:Substrate Temperature: 77 K to 1000KVacuum Pressure: 1X10-6 TorrNo. of Targets: SixOnline Control


X-ray Reflectivity of Cr film deposited on Si(Measurement done at UGC DAE CSR, Indore)


LASER Treatment Facility:

Annealing Setup and High Temperature Electrical Resistivity Setup under Ultra High Vacuum Conditions

Scanning of the Specimen : Through XY stage Computer Controlled Stepper Motors

Maximum Pressure : 10 Bar

Minimum Pressure : 1X10-6 mbar


TiN(

111)

TiN(

200)

TiN(

220)

TiN(

311)

TiN(

222)

TiN(

400)

30 40 50 60 70 80 90 100

at 1 Bar at 4 Bar at 8 Bar Ti(44-1294) TiN(38-1420)

Inte

nsity

(arb

. unit

)

2degree

X-Ray Diffraction Measurements (done at UGC DAE CSR, Indore) of TiN Prepared by Laser Treatment Facility

1000 1500 20000

1

2

3

4

0 500 1000 1500 20000

20

40

60

80

100

N

Energy (keV)

Experimental Simulated Ti

O

Depth (nm)

% C

once

ntra

tion

Nitrogen Oxygen Titanium

Back

saca

tterin

g Yi

eld

(103 )

Depth Profile by Proton Elastic Backscattering(done at IGCAR, Kalpakkam)


In-House Development with PLD chamberIn-situ Electrical Resistivity Measurements using Four Probe Method

Electrical Insulation Measurement


Low Temperature Electrical Resistivity Setup : Close Cycle Refrigerator (Donated from RRCAT, Indore)

: Temperature Range : 10 K -300 K

Cryo Head Helium Compressor


Sample Preparation Laboratory:Electrical Balance,

Home Made Furnace : 1000 K

Polishing Machine

Sample Cutter: Diamond Saw etc.


ANALYTICAL INSTRUMENTATION:

Mössbauer Spectrometer:

Source Co57 ,

Detector:Proportional CounterMeasurement Temperature : Room Temperature

Mechanical workshop:


Glass blowing


Welding workshop


Library:



Class room 02 With complete ICT facilitySeminar hall

Welcome to School of Instrumentation Devi ahilya vishwavidyalaya

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