Lab –I computers : 60Nos

Configuration :

• P IV 1.8 GHz processor
• 845 chip set mercury mother board
• 128 MB DDR RAM
• 40 GB Seagate hard disk
• 14” Pro view color monitor
• 108 keys Amkette key board
• Logitech wheel mouse
• 10/100 Mbps Rhine II inbuilt LAN card

Lab II Computers: 60Nos

Configuration:

• P IV 1.8 GHz processor
• 845 Chipset mercury mother board
• 128 MB DDR RAM
• 40 GB Seagate hard disk
• 14” Pro view color monitor
• 108 keys Amkette key board
• Logitech wheel mouse
• 10/100 Mbps Rhine II inbuilt LAN card

Lab –III computers: 60Nos

Configuration:

• P III 667 MHz Processor
• 810chip set mother board
• 64 MB RAM
• 14” LG color monitor
• 108 Keys Amkette key board
• 3 button Logitech mouse
• 10/100 Mbps DAX Network card

Lab IV Computers: 34 Nos

Configuration:

• P IV 1.8GHz processor
• 845 chipset mercury mother board
• 256 MB DDR RAM
• 40 GB Seagate hard disk
• 14” Samsung color monitor
• 08 Keys Amkette key board
• Logitech optical mouse
• 10/100 mbps Rhine II inbuilt LAN card
  

Lab V Computers: 60 Nos

SERVERS: 3 Nos

• Back service: 2 nos
• P IV 2.4 GHz processor
• 845 chipset mercury mother board
• 256MB DDR RAM
• 40 GD Hard disk
• 52X CD ROM
• 15” Samsung color monitor
• 108 key amkette Key board
• Scroll mouse
• 10/100 Mbps Rhine II Inbuild LAN card

Network :

LAN (win 2000 serve, linux ) & inter net

Available soft ware

• Windows 98: Windows 200 server, Linux
• 9.0 Borland Turbo C++, COBAL, JAVA
• MASM visual studio, rational Rose, flash, & Oracle 11i

Printer :

• 4 nos
• TVS 136 column 336 CPS Dot Matrix
• printer (2nos) TVS MSP 245 Dot matrix
• Printer (2nos)

UPS :

1no.( 3 KVA 2 hours backup)

EXPERMENTS

• PN Junction diode characteristics
• Zener diode characteristic
• Transistor CB characteristic
• Transistor CE characteristic
• Rectifier with out filter
• Rectifier with filter
• Fet characteristics
• Measurement of H- parameters
• CE amplifier
• CC Amplifier
• Signal stage RC coupled amplifier
• Fet amplifier
• Wein bridge oscillator
• RC phase shift oscillator
• Feed back amplifier (current series)
• Feed back amplifier (voltage series)
• Hartly oscillator
• colpitts oscillator
• SCR characteristic

MICRO PROCESSOR 8086

• Introduction to MASM/ TASM
• Arithmetic operation multi byte addition & Subtrac-tion, multiplication & Division – signed and unsigned Arithmetic operation ascii – arithmetic operation
• Logic operations – shift and rotate – converting pa-cked BCD TC unpacked BCD, BCD to ASCII conversion
• By using string operation and instruction prefix move block, reverse string, I inserting. Deleting length of the string comparison
• Modular program procedure, near and far implementation recursion.
• Dos/ Bios programming reading key board (buffered with and with out echo) display character strings.

• Reflex klystron characteristics
• Gunn Diode characteristics
• Attenuation measurement
• Directional coupler characteristics
• VSWR Measurement
• Impedance and frequency measurement
• Waveguide parameters measurement
• Scattering parameters of circulator
• scattering parameter of magic tee
• Characterization of LED
• Characterization of laser diode
• Intensity modulation of laser
• design of fiber optic digital link.
• Serial and parallel resonance
• Time response of RC/RL network
• Two port network parameters
• Superposition and reciprocity theorems
• Maximum power transfer theorem
• Thevenins and Norton’s theorem
• Current locus diagrams
• High pass and low pass filters

ELECTRICAL MEASURMENTS LAB

• Calibration and testing of single phase energy meter
• Compton DC potentiometer – calibration of PMMC ammeter and voltmeter
• Kelvin’s double bridge
• Schering bridge
• Anderson bridge
• Measurement of 3-phase reactive power with single phase wattmeter
• Measurement of parameter of a choke coil using 3-volmeter and 3-ammeter methos
• Measurement of 3-phase power with single wattmeter and 2 No’sof CT’s
• Calibration of LPF wattmeter by phantom testing Resistance strain gouge – strain measurements and calibration

ELECTRICAL MECHANICS LAB – II

• OC & SC test on single phase trans former
• Sumpner’s test on a pair of single phase trans-former
• Scott connection of transformer
• No-load and blocked rotot tests on 3-phase indu-ction motor
• Regulation of a 3-phase alternator by sync-hronous impedance & MMF methods
• Equivalent circuit of single phase induction motor
• Separation of core losses of a single phase transformer
• Break test on 3- phase induction motor

• Magnetization characteristics of DC shunt genera-tor
• Load test on DC shunt generator
• Load test on DC computer generator
• Hopkin’s test on DC shunt machines
• Break test on DC shunt motor
• Break test on DC compound motor
• Swinburn’s test on DC shunt machine
• Separation of losses in DC shunt motor
• Speed control of DC motor

• Liner system simulation
• P,PD,PI,PID, controller on second order system
• Programmable logic controller
• AC servo motor
• Simulation of transfer function using OP-AMP
• Magnetic amplifier
• Transfer function of DC motor
• Leg – lead compensation – magnitude and phase plot
• State space model for classical transfer function using MATLAB verification
• Root locus plot, Bode plot from MATLAB