LIST OF EQUIPMENT & SPECIFICATIONS
Physics Laboratory
Specifications for Experimental set-ups:
1. Franck-Hertz Experimental set-up : Complete in all respects with Argon filled
tetrode and 2-4 V continuously variable
power supply.
2. Operational Amplifier set-up : Complete in all respects with two IC regulated
power supplies ± 12V and multirange digital voltmeter.
3. Electron Spin Resonance Spectrometer : Set-up complete in all respects expect
CRO.
4. e/m by Zeeman effect : Set-up complete in all respects, electromagnet up to 20 K.
5. Plank’s constant determination set-up : using photoelectric effect, with calibrated
filters.
6. Planck’s constant determination set-up with LED’s of different wavelengths.
7. Planck’s constant determination set-up using solar cell, on an optical bench AR
coated filters in filter wheel.
8. Hall Effect experimental set-up: Complete in all respect with electromagnet,
digital power supply, and digital gauss meter.
9. Set-up for measurement of resistivity of semiconductors by four probe method at
different temperatures and determination of band gap.
10. Electro-optic effect set-up with video modulation.
11. Faraday effect set-up with video modulation.
12. Stefan’s constant determination set-up.
13. Kater’s pendulum: standard set-up.
14. Newton’s ring experimental set-up : Complete with source.
15. e/m by Thmpson’s method : Complete set-up with CR tube and a pair of bar
magnets.
16. Lees and Chorlton thermal conductivity measurement set-up.
1
17. Searle’s thermal conductivity measurement set-up.
18. Ryberg constant determination set-up: Complete with hydrogen set-up.
19. Experimental set-up for determination of wire temperature of femomagnetic
material (BaTio3) : variable frequency 100HZ,1KHZ,and 10 KHZ
20. Experimental set-up for determination of Dielectric Constant and Curie
Temperature of Ferroelectric material BaTio3: Complete set-up with oven and
digital capacitance meter.
Laboratory Item
Specifications
1. Traveling Microscope
Achromatic objective, minimum 10 X
Ramsden Eyepiece and 7.5 cm focusing
distance, Horizontal and vertical motion.
2. Regulated Power supplies
Continuous and fixed voltage:0-30V
current: 2A
3. He-Ne laser sources
Red 632.8nm, Power output : 2mW
Green 543.5 nm, Power output: 2mW
4. Michelson Interferrometer :
To be used with sodium lamp and both arms
having mirror movements.
5. Fabry-Perot Italon :
Air spaced standard
6. Optical Bench :
1 meter long with heavy bed and riders,
stainless steel screw controlled.
7. Transmission Grating:
15000 lines/inch, Hilger and Watts type.
8. Lenses: Bi-convex:
Plano convex:
25&50 mm dia; 10,50,100,150,400 cm.
25&50 mm dia; 10,50,100,150,400 cm.
9. Fresnel Bi-prism :
50 x 40 mm
10. Equilateral Prism:
32 and 50 mm.
11. Right angle Prism :
38 mm X 50 mm.
12. Spectrometer Prism :
RI 1.65 and 1.71; 32 mm X 32 mm.
13. Constant Deviation Prism :
RI 1.65 and 1.717
14. Lens Holders :
2`` lens dia with post
2
15.Lab Jack :
6’’ X 4’’ with 4’’ adjustable ht. and M6
holes at the top
2.12’’ X 8’’ with 8’’ adjustable ht. and M6
holes at the top
16. Prism mount :
Standard
17. Silicon detector :
1cm X 1cm with mount, post and base.
18. Lummer Gurkhe :
Standard with mount
19. Spectrometer :
10’’, Least count 10 sec.
20.Polarimeter :
Half shade with source
21. Bread Board :
1’ X 1’ X 2’ with honey comb structure 50
mm thick with M6 hole matrix at 25 mm
separation.
22. Light Sources:
1. Sodium Lamp 55 watt with transformer
mounting.
2. Mercury 100 watt with Transformer
3. Neon lamp 100 watt
23. Photodiodes:
Si PIN type
24. Vernier Calipers:
Conventional and Digital
Least Count: .002 mm
25. Screw Gange :
Conventional
26. Multimeter:
Digital 3 ½ digit display Table Top type
27. Function Generator:
0-10MHZ digital display.
28. CRO:
Digital storage oscilloscope, 200 MHz
(Specs. Same as for Electrical Lab)
29. Constant Deviation Spectrometer :
Standard with Prism R.I.1.717
30. Half wave and Quarter wave plates:
Mounted quartz 12mm dia.
31. Pair of Polariser :
1’’ and 2’’ dia,is graduated circuler scale
with least count 10
18 X 18 mm and 25 X 25 mm
32. Calcite and Nicol Prisms:
3
33. Photodiode :
Sillicon
34. Beam Spliter
Silver Coated, 1’’ and 2’’ dia,
50/50
35. Lloyd’s Mirror
4
R/T
Basic Electrical Engineering Laboratory
1. Network Theorems Trainer Kit:
Specification: Kit must comprise of 3 fixed output DC regulated power supplies of
12 V & 5 V at 250 mA current, 4 moving coil meters, capable of
verifying superposition, Thervenin’s, Nurtoin’s and maximum power
transfer theorems. Circuit diagram for all the 4 theorms printed on the
front panel and connections of supplies, meters, resistances and
potentiometers brought out at 2 mm sockets.
2. Phasor concept study kit:
Specification: Kit must comprise of three basic elements R, L and C having provision
of connecting three in series as well as in parallel. Potentiometer must
be incorporated across the 3 -  supply to vary the voltage. Necessary
Ammeters and Voltmeters connections must be brought out.
3. Measurement of Power in Single phase A.C. circuit kit:
Specification: Kit must comprise of potentiometer, R, L and C. R,L and C are
connected in series. Necessary Ammeter and Voltmeter and power
meter connections must be brought out.
4. Single Phase Transformer:
Specification: 2 KVA, 230 Volts, 1 Phase, 50 Hz transformer along with control
panel in Backelite Cases.
5. D.C. Generator:
Specification: 2 HP, 230 Volts, 1500 RPM Shunt Motor, Frame Size: 112, Coupled
with 1 HP, 230 Volts, 1500 RPM, Frame Size: 80, Shunt Generator
along with Control panel in Backelite Case.
6. DC Motors:
Specification: 2 HP 230 Volts, 1500 RPM Shunt Motor, Frame Size: 112, couple
with 1 HP 230 Volts 1500 RPM Frame Size: 80, Shunt Generator.
7. Power Measurement in 3  Circuit kit:
Specification: Kit must comprise of three balanced loads of R & L each, having
provision of connecting them in Y/ fashion. Lamp Board should be
used as R.
8. AC Bridges
a. Anderson Bridge.
b. De-Sauty Bridge.
c. Maxwell Bridge.
5
9. Moving coil DC Portable Ammeter:
Housed in Bakelite case with knife edge pointer & antiparallax mirror scale of 140
mm. Accuracy as per ISS 1248/83
a. Microammeter: Rang
0-100  A
0 – 250  A
0 – 500  A
b. Milliammeter: Ranges
0 – 5 mA
0 – 10 mA
0 – 15 mA
0 – 25 mA
0 – 50 mA
0 – 100 mA
0 – 150/300 mA
10. Moving coil DC Portable Voltmeter:
Range
0 – 1.5/3 V
0 – 1.5/3/7.5/15 V
0 – 30/75/150 V
0 – 125/250/500 V
11. Moving Iron AC Portable Ammeters & Voltmeters :
Housed in Bakelite case with knife edge pointer & antiparallax mirror scale of 140
mm. Accuracy as per ISS 1248/83
Ammeters Range
0 – 1/3/10 A
0 – 3/10/30 A
0 – 25/50/100 A
0 – 50 mA
0 – 100 mA
0–2A
0–5A
0 – 10 A
Voltmeters Range
0 – 15 V
0 – 30 V
0 – 60 V
0 – 75 V
6
0 – 100 V
0 – 150/300 V
0 – 250/500 V
12. Single phase Wattmeter (portable Electro Dynamometer type)
i)
Current Coil: 2.5 A, 5 A, 10 A
Potential Coil: 150/300 V,
250/500 V.
ii)
Low power factor Wattmeter (Single Phase)
Current Coil: 2.5/5 A, 5/10 A
Potential Coil: 125/250/500 V
13. Three phase Wattmeter (Electro Dynamo meter type)
Current coil: 2.5/5 A, 5/10 A
Potential Coil: 125/250 V, 250/500 V.
14. Cathode Ray Oscilloscope (CRO):
a) CRO
Specification
 DC – 20 MHz Bandwidth
 Single/Dual Trace And X-Y Mode
 Sweep Magnification x 10
 2 level Calibrator
 Max. Input Voltage 400V(DC+peak AC)
 Differential input powerscope module for high voltage measurement.
b) CRO
Specification
 DC – 30 MHz Bandwidth
 Single/Dual Trace And X-Y Mode
 Sweep Magnification x 10
 2 level Calibrator
 Max. Input Voltage 400V(DC+peak AC)
 Differential input powerscope module for high voltage measurement.
c) 60 MHz Digital Storage Oscilloscope
Specification
 Up to 1 GSa/s sample rate
 4 kpts of memory
 60 MHz frequency bandwidth
 2 channels with additional external trigger input
 Large 15 cm (5.7 In) colour display
 20 automatic measurements and 4 math functions, including FFTs
 Advanced triggering including edge, pulse-width, and line selectable video
7




Delayed sweep mode
Sequence mode (Segmented memory)
Mask test
USB interface for PC connectivity
d) 100 MHz Digital Storage Oscilloscope
Specification
 Up to 1 GSa/s sample rate
 4 kpts of memory
 2 channels with additional external trigger input
 100 MHz frequency bandwidth
 Large 15 cm (5.7 In) colour display
 20 automatic measurements and 4 math functions, including FFTs
 Advanced triggering including edge, pulse-width, and line selectable video
 Delayed sweep mode
 Sequence mode (Segmented memory)
 Mask test
 USB interface for PC connectivity
e) 200 MHz Digital Storage Oscilloscope
Specification
 Up to 1 GSa/s sample rate
 4 kpts of memory
 200 MHz frequency bandwidth
 2 channels with additional external trigger input
 Large 15 cm (5.7 In) colour display
 20 automatic measurements and 4 math functions, including FFTs
 Advanced triggering including edge, pulse-width, and line selectable video
 Delayed sweep mode
 Sequence mode (Segmented memory)
 Mask test
 USB interface for PC connectivity
15. Regulated Power Supply
a) Tripple Output Power Supply
Specification
 0 to +6 V/ 0 to 2.5 A output: isolated constant voltage/current-foldback output
 0 to +20 V/ 0 to 0.5 A output constant –voltage/current limit
 0 to – 20 V/ 0 to 0.5 A output constant-voltage current limit
 Voltage and Current monitor on the front panel meters
 Overload indicator for each output
 Load regulation: 0.01% + 2mV
 Common mode current 1  Arms
 Meter resolution:
8


Voltage : 10 mV
Current : 10 mA
b) Specification
I)
Power Supply: 0-30 V/1Amp with 2 nos of Digital Panel Meters
II)
Power Supply: 0-30 V/2Amp with 2 nos of Digital Panel Meters
III)
Dual Power Supply: 0-30 V/2Amp with 4Digital Meters for voltage and
current
IV)
Dual Power Supply: 0-30 V/5Amp with 4Digital Meters for voltage and
current
16. Function Generator
a) Specification
 Frequency Range: 0.1 Hz to 2 MHz
 Bright 4 digit LED display for Frequency readout with range indicating
LEDs:Mhz/KHz/Hz. Optionally Internal/External frequency counter may be
provided
 Easy selection of frequency range with separate fine control
 Versatile Waveforms: Sine, Triangle, Square, Ramp, Pulse, TTL etc.
 Amplitude display available for 1 MHz & 3 MHz Model
 DC offset control variable with offset enable
 50W/600W outputs with step attenuator of maximum 20dB/40dB
b) Function Generator:
 Frequency Range: 0.1 Hz to 3 MHz
 Bright 4 digit LED display for Frequency readout with range indicating
LEDs:Mhz/KHz/Hz. Optionally Internal/External frequency counter may be
provided
 Easy selection of frequency range with separate fine control
 Versatile Waveforms: Sine, Triangle, Square, Ramp, Pulse, TTL etc.
 Amplitude display available for 1 MHz & 3 MHz Model
 DC offset control variable with offset enable
 50W/600W outputs with step attenuator of maximum 20dB/40dB
c) Pulse Generator:
 Frequency 1 Hz to 1 MHz variable
 Pulse width from 1  –Sec to 1 Sec.
 Pulse delay from 1  - Sec to 1 Sec
 Pulse amplitude continuously variable upto 10V, into 50 
 Trigger mode: Single Shot
 Synchronous output: Available.
9
17. Decade Resistance Box :



Variable from 1 to 10 M in steps of 1  using dials.
Power rating 3 watt each
Maximum working voltage 500V
18. Decade Condenser Box :





Variable from 0.001 mfd to 11.11 mfd in steps of 0.001 mfd
350 V(DC)
Polystyrene and Polycarbonate Capacitors
Accuracy: 1%
P.F. less then 0.001
19. Decade Inductor Box :



Variable from 1 mH to 9.999 H in steps of 1 mH
Q: 25 to 150
Accuracy: 2% at 1 KHz
20. Q – Meter :




0 – 250, in two ranges, 0 – 50 & 0 – 250
300 KHz – 1000 KHz, 1 MHz – 3 MHz
Accuracy: 5% FSD
230 V, 50 Hz
21. Electrotechnology Trainer
-
Covering the fundamentals of electrical power - dc, ac single phase and three
phase circuits and systems.
-
Provision for Virtual as well as Conventional Instrumentation.
-
Accompanied by manuals and laboratory notes providing a step-by-step guide
to setting-up and carrying-out the range of assignments associated with the
system.
-
Complete with power supplies, single phase transformer, loading and
instrumentation that are all provided in the form of panels which mount into a
bench-standing frame and which can be easily slotted in and out as required.
Curriculum coverage

Voltage, current, resistance and Ohms Law.

Resistors in series and parallel.

The sine wave, Phase angle, power.
10

Capacitive reactance, Series & Parallel equivalent capacitance.

Power in ac circuits.

Three Phase Circuits


Balanced 3 Phase resistive load in Star & Delta connections.

Root 3 relationships of voltage and measurement.

3 Phase power measurement.
Single Phase Transformer

Voltage and current ratios, turns ratio, step-up, step-down.

Winding polarity, series and parallel connection
22. Magnetic & Electromagnetic Trainer
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Covering the foundations of electrical power transformers and machines
through the use of the basic materials and components.
-
Complete with power supplies, single phase transformer, loading and
instrumentation that are all provided in the form of panels which mount into a
bench-standing frame and which can be easily slotted in and out as required.
Curriculum coverage:

Permanent magnetism andfields.

Electromagnetism and fields.

Forces between conductors.

Magnetic field of a coil.

Electromagnetic induction.

Mutual inductance.

Magnetic saturation.

Motor and Generator rules.

Transformer action.

Transformer construction and materials.

Transformer-winding polarity.

Transformer-turns ratio.
23. Trainer for Magnetic & Electromagnetic Principles
11
-
Frame mounted panel and a series of magnetic and electromagnetic
components which allow the investigation of a wide range of magnetic and
electromagnetic principles.
Magnetic components to be provided :
-

Bar magnets, Wound coils, Iron and ferrite cores, Laminated core
Fixed and moving conductors, Compasses, dc Solenoid
Curriculum Coverage

Magnetic Fields of permanent magnets.

Flux paths of cores.

Magnetic materials, coefficients, BH curves.

Electromagnetics, fields around a wire and coil.

Motor & generator principles.

Mutual coupling.

Transformer principles.
24. Electromagnetic Motor Control
-
Set-up for investigation of various starting and controlling techniques
comprising electromagnetic switches, sensing relays, overload relays and ac
contactors.
Curriculum Coverage

DOL starter, electromagnetic, locally controlled.

DOL starter, start / inch / jogg.

Star/Delta starter.

Primary impedance starter.

DOL starter: Fwd/Rev operation.

DOL starter with dc injection braking.

DOL starter: Plug braking.

dc motor starter.

Dynamic braking of a dc Motor.
25. ac/dc Motors and Generators Trainer
12
-
Covering the key areas of electrical power and machines. Provided with industrial
machines of small physical size but with characteristics typical of larger
machines.
-
Provision for use with either Virtual Instrumentation or Conventional
Instrumentation and supplied with manuals and laboratory notes that provide a
step-by-step guide to setting-up and carrying-out the range of assignments
associated with the systems.
-
System is based around a series of bench-standing machines of nominally 250W
rating. Power supplies, drive and control equipment, loading and instrumentation
are all provided in the form of panels which mount into a bench-standing frame
and which can be easily slotted in and out as required.
-
Specially designed and matched machines.
-
Virtual or Conventional instrumentation.
-
Fully guarded system.
-
Torque measurements for motor and constant speed drive for generator tests.
-
Fully documented assignments and curriculum.
-
Clear mimic diagrams.
Curriculum Coverage

The Separately Excited dc Motor.

Series Shunt and Compound dc Motors.

Separately Excited, Shunt and Compound dc Generators,
Cumulative and Differential.

The Universal Motor.

ac Induction Motors.

Single Phase Induction Motors.

Three Phase Synchronous Motor.

Three Phase Synchronous Generator
26. Complete Dissectible Machines System
-
A system providing a hands-on approach to the understanding of electrical
machines principles.
-
Suitable for training undergraduate engineering students.
13
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A complete Dissectible Machines System including all the equipment (a range
of ac and dc meters, resistive and capacitive loads and power supplies)
required to perform the full range of student assignments.
Curriculum Coverage
-
The following machine assemblies may be constructed and studied.

Elementary ac and dc generators

dc series motor and generator

dc shunt motor and generator

dc compound motor and generator

Single phase ac series universal motor

Single phase ac repulsion motor

Single phase ac synchronous motor/generator

Single phase ac generator

Three phase ac induction motor, squirrel cage, 2 pole and 4 pole

Three phase ac synchronous motor and generator

ac brushless generator

Stepper motor

Shaded pole induction motor

Split field series motor

Dynamic braking of a dc motor

Power factor correction of ac motors

Synchronous motor V curve characteristics

Pole-changing induction motor

dc shunt motor faults

Four pole induction motor faults
BASIC ELECTRONICS LABORATORY
1. DIODE CHARACTERISITICS TRAINER KIT
14
Features: Kit comprises of two DC power supplies, round meters to
measure voltage and current, PN junction diode mounted behind the
panel & connections brought out at terminals/sockets.
2. ZENER DIODE CHARACTERISITICS TRAINER KIT
Features: Kit comprises of DC regulated power supply (0-15)V DC150 mA,
two round meters for voltage and current measurement, zener diodes mounted
behind the panel, connections of supplies, meters and zener diodes brought out at
2mm sockets.
3. BJT CHARACTERISTICS TRAINER KIT
Features: Kit comprises of one DC regulated power supply, one NPN transistor,
two round meters to measure the voltage and current, different types of
resistances connected inside and connections brought out at 2 mm sockets on the
front panel.
4. HALF WAVE/FULL WAVE RECTIFIER TRAINER KIT
Features: half wave and full wave bridge rectifier using Diodes.



SCR single phase Half/Full wave and fully controlled bridge
rectifier/converter
In-built power supply
User’s manual
5. CLIPPING AND CLAMPING CIRCUIT KIT
Features: Kit comprises of DC regulated power supply 0-3 VDC/150mA, Two
fix output DC power supplies connected in series of diodes for positive and
negative clippings, Circuit diagram for clipping and clamping circuit printed,
components placed inside and connections brought out at 4 mm sockets.
15
6. VOLTAGE REGULATOR USING ZENER DIODE TRAINER KIT
Kit comprises of AC power supply
3 meters to measure output voltage, output current and AC ripples directly.
2 PN junction diode & filter circuit
Regulation circuit using Zener diode
Load resistances selectable using band switch & all important connections
points at 2 mm sockets.
User’s Manual.
7. BJT AMPLIFIER TRAINER KIT
Features: Kit comprises of one DC regulated power supply, one NPN
transistor, 2 round meters to measure the voltage & current, different types of
resistances connected inside & connections brought out at 4 mm sockets on
the front panel.
8.
FET CHARACTERISTICS TRAINER KIT
Features: Kit comprises of two regulated power supplies 0-15V DC/150 mA
& 0-5V DC/150mA, three round meters for voltage & current measurement,
FET BFW10 mounted behind the panel, connections of supplies, meters &
FET brought out at 4mm sockets.
9.
TRAINER KIT SHOWING TRANSISTOR CHARACTERISTICS
HAVING CE, CB & CC BIASING TECHNIQUE (BOTH NPN & PNP)
Features: Kit must have the three types (CE, CB, CC) configuration within
the same kit.
2 independent variable DC sources 0-12V/350mA
Transistor (SL 100) provided in socket for ease of replacement.
2 independent base limiting resistors and one collector resistance.
10. OPERATIONAL AMPLIFIER/LINEAR TRAINER
Features: Voltage multiplier, Summer/Subtractor, buffer, comparator,
differentiator/integrator, inverting/non-inverting amplifier, voltage
follower/current follower/clipping amplifier. All applications using 741 IC
On board resistors having range from 10 ohm-1 micro ohm
On board capacitors having range from 1KpF-1uF.
Diodes 1N4001(4 no.s), Diode 1N4148(2no.s), Zener diodes 4.7 V (2 no.s)
Potentiometer of 1 K, 10 K, 47 K, 100 K, 1M.
One socket for 14 pin IC
Power supply: +/-15V DC. GND & 16-0-16V AC
Set of patch chords & Manual.
11. OP AMP VOLTAGE MULTIPLIER
16
Features: Op Amp Voltage Multiplier(741)
DC Power Supply +/- 12V/350 mA
Set of patch chords & manual.
12. OP AMP AS SUMMER
Features: Op amp Summer(741)
DC Power Supply +/- 12V/350 mA
Set of patch chords & manual.
13. OP AMP AS BUFFER
Features: Op amp buffer(741)
DC Power Supply +/- 12V/350 mA
Set of patch chords & manual
14. OP AMP VOLTAGE COMPARATOR
Features: Op amp Voltage Comparator(741)
DC Power Supply +/- 12V/350 mA
Set of patch chords & manual
15. OP AMP WIEN BRIDGE OSCILLATOR
Features: Op amp Wien Bridge Oscillator (741)
DC Power Supply +/- 12V/350 mA
Set of patch chords & manual
16. DIGITAL ELECTRONICS TRAINER KIT WITH IN-BUILT POWER
SUPPLY
Features:
 8TTL/CMOS compatible logic level inputs.
 TTL or CMOS logic selectable by a toggle switch
 Logic HIGH & logic LOW are displayed by dual color LED.
 Four crystal generated clock output of 1 MHz, 100Hz, 10Hz & 1 Hz
 Facility for single pulse generation by a push button switch.
 Logic probe to check logic LOW , logic HIGH & pulse.
 Four seven segment display with BCD inputs.
 Facility of segment control on two displays.
 Bread board area with facility of more than 1200TIE points.
 Capable of accepting wire diameters from 0.3 to 0.8 mm.
 In-built power supply.
 User’s Manual, Cables & connectors.
17
17. DIGITAL TRAINER (GATE)
Features:
 DC Power Supply 5V/1 Amp
 QUAD 2-Input NAND Gate (7400)
 QUAD 2-Input NOR Gate (7402)
 QUAD 2-Input AND Gate (7408)
 QUAD 2-Input EX OR Gate (7486)
 QUAD 2-Input OR Gate (7432)
 Hex inverters (7404)
 Half adder using Gates
 Full adder using Gates
 Logic input switches (4 no.s)
 Logic status indicators (4 no.s)
 1 Hz & 10 TTL Clocks
 Assembled in metal box with circuit
Screen print on Aluminium panel with
2mm socket for test points.
 Set of patch chords & experimental manual.
18. DIGITAL IC TRAINER(GATES, FF’s, COUNTERS)
Features:
 DC Power Supply 5V/1 Amp
 QUAD 2-Input NAND Gate (7400)
 QUAD 2-Input NOR Gate (7402)
 QUAD 2-Input AND Gate (7408)
 QUAD 2-Input OR Gate (7432)
 Hex inverters (7404)
 DUAL 4-Input NAND Gate (7420)
 DUAL 4-Input NOR Gate (7425)
 DUAL 2-Input EX OR Gate (7486)
 DUAL JK Flip-flop (2 no.s)(7476)
 4-bit R/L shift register (7495)
 UP /DOWN binary counter (74193)
 4 bit binary full adder (7483)
 4 bit magnitude comparator (7485)
 BCD to 7 segment decoder (7447)
 Monostable Multivibrators (74121)
 Synchronous binary counter (74163)
 Decade counter (7490)
 7 segment LED display(2 no.s)
 Logic input switches (10 no.s)
 Logic status indicators (10 no.s)
18




Bounceless Pulser
1 Hz & 1 KHz TTL clocks
Assembled in metal box with circuit
Screen print on Aluminium panel with
2mm socket for test points.
Set of patch chords & experimental manual.
19. DIGITAL IC TRAINER FOR HALF ADDER, FULL ADDER AND
SUBTRACTOR
Features:
 DC Power Supply 5V/1 Amp
 2-Input NAND Gate(4 no.s)
 2-Input NOR Gate(4 no.s)
 2-Input AND Gate(4 no.s)
 2-Input EX OR Gate(4 no.s)
 2-Input OR Gate(4 no.s)
 Hex inverters(6 no.s)
 Half adder & subtractor using Gates
 Full adder using Gates
 Logic input switches with LEDs (4 no.s)
 Logic status indicators with LEDs (4 no.s)
 All inputs/outputs through 2mm sockets
 Logic probes
 Set of patch chords & Manual
20. DIGITAL IC TRAINER FOR RS, D,T & JK FLIP-FLOPs
Features:
 JK flip-flops-7473
 D flip-flops-7474
 RS,T flip-flops
 4 input switches with LEDs display
 4 output switches with LEDs display
 1 Hz TTL clock
 Logic probes
 Pulser
 5V/500mA supply
 All inputs/outputs through 2mm sockets
 20 set cable for 2mm plug
21. Analog Circuit Maker


DC Power Supply: ±12V, +5V, 1A
AC Power Supply: 9V-0-9V, 500 mA
19




Bread Board: 2 Nos. (2 x 1685)
Function Generator: Sine, Square, Triangle
Freq: 1 Hz to 10 KHz
Relay: 6V & Continuity tester
Connection: 2 mm patch cords
22. Analog-Digital Circuit Maker








Bread Board: 1685 tie points
DC Power Supply: + 5V, 1A, ±15V, 1A
AC Power Supply: 5V-0-5V, 10V-0-10V
Function Generator: Sine, Square, Triangle
Freq: 0.1 Hz to 10 KHz
Digital Input: 8 toggle for TTL
LED Display: 8 Nos.
Pot: 6 Nos.,
Speaker: 8  for audio
23. RHEOSTAT
Ratings:
1. 100ohm/2.5A
2. 1000ohm/0.25A
3. 1000ohm/1A
4. 20ohm/10A
24. DIGITAL MULTIMETER
1. 3 ½ digit, hand held, range selectable
2. 3 ½ digit, desk top, autoranging
25. BREAD BOARD
1. 600 tie points, for wire dia- 0.3mm to 0.8 mm
2. 1200 tie points, for wire dia- 0.3mm to 0.8 mm
3. 1500 tie points, for wire dia- 0.3mm to 0.8 mm
26. SOLDERING/ DESOLDERING STATIONS
1. 10 W
2. 25 W
3. 40 W
27. VARIAC
Ratings:
50/60 Hz, 240 Volt
20
BASIC ELECTRONICS LABORATORY COMPONENTS
OP-AMP
1. 741
2. LM386
3. CA3130
4. LM709
5. TL074
6. TL084
7. LM324
DIGITAL ICs
NAND- 7400, 7420,7430,4011B,4012B
AND – 7408,7411,7421,4081B
OR- 7432,4071B
NOR – 4001B,4002B,7402,7427
NOT – 7404,4049UB
EXOR – 7486,4030B,4070B
FLIP-FLOP
54/7473 – JK(-ve edge triggered)
54/74109 - JK(+ve edge triggered)
54/7474 –D(+ve edge triggered)
54/74279 – SR LATCH
CAPACITOR
1.Ceramic Capacitors (150 pF to 4K7 pF, 3K9 pF to 33K pF)
2. Polyster Capacitors ( 2.2nF to 470 nF)
3. Electrolytic Capacitors ( 0.47 pF to 2200 pF, 0.22 μF to 3300 μF,
47 μF to 680 μF, 2.2 to 470 μF)
RESISTOR
1. Carbon Film Resistors ( 1 ohm to 1 Mohm)
2. Potentiometers (220 ohm to 4.7 Mohm)
3. Wire wound Type
DIODES
IN4007, IN5148, IN746A, IN751A, IN752A
BJT
BC547, BC548, 2N2219, 2N2905, 2N2907
21
Workshop
1.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Workshop Tools and Equipment
Hatchet Stake
Funnel Stake
Horse Head Stake
Convex Stake
Half Moon Stake
Taper Stake
Pipe Stake
Hand Rammer
Peen Rammer
Flat Rammer
Hand Riddle
Anvil Heavy Duty 50 Kg
Anvil 25 Kg
Triangular Files
Safe Edge File
Jenny Caliper 6"
Prick Punch 4"
Hacksaw Frame
Jack Plain Wooden
Jack Plain Iron
Marking Gauge Wooden
Marking Gauge Iron
Flat File (250 mm) Rough
Half Round File
Knife Edge File (200 mm)
Plain Chisel
Oil Fired Lift out type Crucible Furnace for melting 8 kg Aluminum 25
kg Bronze or 20 kg Cast Iron complete with LAP type Burner, Blower,
Electric Starter 2 Nos. Graphite crucible
MIG Welding Set
Constant Potential Type Rectifier 3 Phase - 250 Amps. Wide Feed Unit
(2 Wheel Drive). Torch Air-cooled. CO2 Regulator with Flow meter
Assembly
TIG Welding Set
100 Amps Welding Rectifier Moving Core type. High Frequency Unit.
Torch 150 Amps Air Cooled. Argon Gas Regulator with Flow meter
Precision Saw Complete with accessories
Variable Speed Grinder/Polisher with accessories
22
2.
1
2
3
4
5
Workshop Machines
ALL GEARED PRECISION LATHE
Flame hardened bed-ways.
Hardened and ground alloy spindle on taper roller bearing.
Head stock gears hardened
Complete with standard accessories : Electric motors, R/F switch, V
Belts, 2 MT, Centres with center bush, Inch and mm gears, OIL Can,
Spanner and allen key set and instruction manual
Bed type: 2V and 2 FLAT.
Bed length: 1650 mm approx.
Centre height: 175 mm
Bed-width: 254 mm
Longitudinal feeds per revolution: 0.068 to 1.02 mm per rev
Transverse feeds per revolution: 0.012 to 0.185 mm per rev
13 mm CAP DRILLING MACHINE
Drilling Capacity 13mm
Spindle Travel 105 mm
Spindle Taper MT-1
No. of Spindle Speed 04
Range of Spindle Speed 500-2825
Column Diameter 46.10 mm
Max. Dist. Center to Column Face 180 mm
Max. Dist. Spindle Nose to Table 356 mm
Max. Dist. Spindle Nose to Base Plate 510 mm
12 mm CAP TAPPING MACHINE
Tapping Capacity 12 mm
Spindle Travel 55 mm (Manual)
Max/Min Dist. Center to Column Face 150 mm
Max Dist. Spindle Nose to Table
335 mm
Working Surface of Table
265 mm x 265 mm
Working Surface of Base Plate 430 mm x 300 mm
RADIAL DRILLING MACHINE
2 Auto feed and 8 spindle speeds,
Heavy-duty single column with coolant tank facilities.
Spindle Travel 225 mm
Spindle Taper MT-4
Range of Spindle Speed 65-1980
Feed Value (mm/rev.) 0.08-0.04
Column Diameter 165
Max/Min Dist. Center to Column Face 855/310
Max/Min Dist. Spindle Nose to Base Plate 860/200
Working Surface of Table 465 mm x 340 mm
Working Surface of Base Plate 1285 mm x 685 mm x 130 mm
VARIABLE SPEED SLOTTING MACHINE
Helical geared drive system
Max. Vertical Stroke of the Machine 175 mm
Max Dia. job at centre 456 mm
Length of the Machine bed 665 mm
Width of the Machine bed 250 mm
Total height of the Head 995 mm
23
Max. Distance between table to head 350 mm
Diameter of Rotary table 273 mm
Longitudinal travel of Rotary table 178 mm
Transverse travel of Rotary table 210 mm
No. of Speeds 2
Overall Dimension of the Machine 1070 mm x 1360 mm x 750 mm
2. Engineering Drawing Models
1
Lathe Chuck
2
Gear Reducer Three Speed and Type
3
Gear lubricating Pump
4
Sectioned 4/5 Speed gear Box with Gear operating lever Model is
Mounted on a stand
5
Steam Stop Valve
6
Drop Valve Steam Engine
7
Carliss Valve Stream Engine
8
UNI Flow Steam Engine
9
Pneumatic Cylinder assembly Pneumatic Trainer or DEMO KIT
(Manual) Make:
10
Centrifugal Pump Assembly
11
Crank Shaft
12
Demonstration Car Chassis
13
Diesel Engine
14
Differential Gear
15
Differential Gear Assembly
16
Differential and Rear Axle Assembly
17
Gear Box With out Clutch
18
Gear Box with Clutch
24
Computer Hardware Laboratory
Sl.
No.
1.
2.
Item
Digital Logic
Training Kits
Analog Circuit
Training Kits
Specifications
Breadboard with 1200 or more tie points
for wire diameter 0.3 mm to 0.8 mm,
DC power supply: +5 V- 1 A, -5V- 0.5A,
+3V to +15V- 0.5A,
-3V to -15V- 0.5A
Pulse Generator : 1Hz to 1MHz,
3V-15V(CMOS), 5V TTL
Pulser
: Push to on
Data Switches : 8 Toggle switches for
TTL & CMOS
LED Displays : 8 Nos.(TTL & CMOS modes)
7 Segment Displays : 3 Nos.
Logic Probe : Low, High, Pulse(TTL & CMOS)
Power : 220V ±10%, 50 Hz
Accessories : Mains cord, Patch cords,
Operating & Experimental Manual.
Breadboard with 1200 or more tie points
for wire diameter 0.3 mm to 0.8 mm,
DC power supply: +5 V/ 1 A, ±12V/ 0.5A,
±12V(Variavle)/ 0.5A,
AC power supply: 9V-0V- (-)9V/ 0.5A
Function Generator : 1Hz to 100KHz,
Sine, square, triangular
Modulation/ Audio Generator :
1Hz to 10KHz,
Sine, square, triangular
Continuity Tester : Beeper.
Qty
10
2
Power : 220V ±10%, 50 Hz
Accessories : Mains cord, Patch cords,
Operating & Experimental Manual.
Analog Experimental Boards:
- OP Amp Ckt for Inverting/
non inverting/ differentiating amplifier
- OP Amp Ckt for Adder/ Scalar
- OP Amp Ckt for Scmitt trigger & comparator
- Multivibrator (Astable/ Monostable)
- Oscillator
- Active Filter (Low pass & High pass)
3.
- 8085 CPU @ 6.144 MHz
8085
Microprocessor - 8 KB user RAM with expandability
- EPROM Monitor
Training Kit
- 48 I/O lines using 8255
- 16 bit Timer/ Counter using 8253
25
2
2
2
2
2
2
2
2
2
5
4.
5.
6.
7.
- RS-232 Interface using SID/SOD
- All Address, Data & Control lines
available on connectors.
- Hex Keypad and Six 7 Segment Displays
- In-built Power Supply
- Onboard Assembler/ Disassembler
- 8086/8088 CPU @ 2.5/ 5 MHz
8086
Microprocessor - 16 KB user RAM with expandability
- EPROM Monitor
Training Kit
- 72 I/O lines using 8255
- 16 bit Timer/ Counter using 8253
- RS-232C Interface for CRT using 8251
- 8 levels of interrupt through 8259
- All Address, Data & Control lines
available on connectors.
- Hex Keypad and 8 Seven Segment Displays.
- In-built Power Supply.
- Onboard Assembler/ Disassembler.
- Support for MASM
Single Trace,
15 M Hz
Stable trigger up to 30 MHz,
Oscilloscopes
Trigger sensitivity: Int 5 mm,
Auto/ Normal (variable level) trigger,
Input Inpedance: 1 MΩ, 25 pF,
Input Coupling: DC-AC-GND,
Input voltage- Max 500 V(DC+peak AC,
Time Base: 0.5µS/div – 0.2S/div
Accuracy- ± 3%,
Rise time – 25 ns
Deflection: 5mV/div – 20mv/div
Microcontroller based,
20 M Hz
2 Channel, 4 Trace,
Oscilloscopes
Stable trigger up to 50 MHz, Trigger sensitivity: Int 0.5
div, Ext 0.8V Alternate trigger, Sawtooth output, Zmodulation, Max input voltage- 400 V(DC & peak AC)),
RS232 interface with PC Software,
Accuracy - ± 3%,
Rise time – 12 ns,
Digital LCD Readout.
2 Channel, 250 MS/S RTS & 50 GS/S ETS,
100 M Hz,
Sensitivity 2 mV/div to 5 V/div, Ext 0.8V Alternate
Storage
trigger, Sawtooth output,
Oscilloscope
Z-modulation,
Max input voltage- 400 V(DC & peak AC), RS232
interface with PC Software,
Accuracy - ± 3%,
Rise time – 12 ns,
Digital LCD Readout
26
5
5
5
1
8.
- 48 channel
PC Based
Logic Analyzer - 50 MHz
9.a
Multiple Power
Supply Unit
9.b
Fixed Power
Supply Unit
Function
Generators
10.
11a. Handheld
Digital
Multimeter
11b. Bench top
Digital
Multimeter
12.
Logic Probe
13.
Pulser
2
- Input Inpedance: 1 M Ohm
- Input Capacitance < 5 pf
- Input Voltage: +25 transient,
+10V Continuous.
- Threshold Voltage: TTL (1.4 V)
- Setup Time: 4 µS (Int), 0 µS (Ext)
- Hold Time: 0 µS (Int), 8 µS (Ext)
- Trigger Format: “0”, “1”, “Xs”
- Trigger Setup Time: > 20 µS
- Memory: 1 K Data/ Channel
- Display State: ASCII, Binary, Decimal, Hex; Screen at
a time.
- Display Timing: 24 Channel waveform per screen,
2 cursors for time interval display.
- Files: Save & Load, Delete & Rename catalogue files.
- DC Output:
- 0-30V/ 1A, Continuously Variable
- 5V/ 1A
- 0- ±15V/ 1A, Variable
- Current Limit Adjustable
- Load Regulation: ≤ 0.05 %
- Over Voltage, Short Circuit Protection
- ±12V/ 200 mA, ±5V/ 200 mA
-
Sine, Square, Triangle
Free Running or externally frequency modulated
0.1 to 1 MHz in 7 decade steps, variable control
Display: Frequency, Amplitude
Short Circuit Protection
Output: 15 Vpp
DC Offset: Continuously Variable
3 ½ Digit , Manual Ranging
dc & ac Voltage, Current,
Frequency, Resistance, Capacitance
Continuity, Diode test
5 ½ digit LCD
dc & ac Voltage, Current,
Frequency, Resistance, Capacitance, Continuity
Accuracy: dc voltage - ±0.005%
ac voltage - ±0.1%
Resistance - ±0.02%
- True RMS
TTL & CMOS,
Low, High, Tristate & Pulse
TTL, Low to High & High to Low,
Single Pulse, Push to On.
27
5
5
5
10
5
10
10
TERMS & CONDITIONS
1. The rates should quoted against each item as shown in the list in the same
chronological order along with specifications and supporting documents.
2. The quotations for each laboratory equipment should be given in separate covers and
the covers should be superscribed.
3. Quotations should be accompanied by –
(i)
A call deposit (earnest money) amounting to Rs. 5,000/- pledged in favour of
the Registrar, Tezpur University, payable at Tezpur
(ii)
A Demand Draft of Rs. 200/- as tender fee (the amount should not be clubbed
along with the call deposit) in favour of Registrar, Tezpur University, payable
at Tezpur
4. The University is exempted from Custom & Excise Duty.
5. The taxes of each item and terms & conditions should be clearly indicated in the
quotations.
6. The supplier should be in a position to deliver the ordered items within the stipulated
time mentioned in the supply order.
7. Items must be delivered at Napaam Campus of the University at the cost of the
supplier.
8. The rates should be valid at least for a period of one year.
9. The University reserves the right to accept or reject any or all the quotations without
assigning any reason.
10. Unaccepted quotationers will have to apply for release of their call deposit.
***
28