Supply Of Instruments And Laboratory Equipments To The Department Of Physics, Department Of Physics,Cbpbu-West Bengal

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Department Of Physics,Cbpbu , West Bengal

Tender Brief : Supply Of Instruments And Laboratory Equipments To The Department Of Physics

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₹ 2000 /-

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Submission Date
17-01-2020

Competition Type
Indian

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Name of Work: Instruments/ Laboratory Equipments
1	1	Measurement of the Hall coefficient of a given sample and calculation of its carrier concentration	Measurement of the Hall coefficient of a given sample and calculation of its carrier concentration	1	Nos
2	2	To design and construct a stabilized power supply (Constant Voltage Source) using discrete devices and to study the variation of load voltage with load current. Show also the variation of load voltage with load current using IC 78XX.	To design and construct a stabilized power supply (Constant Voltage Source) using discrete devices and to study the variation of load voltage with load current. Show also the variation of load voltage with load current using IC 78XX.	4	Nos
3	3	To design and construct constant – K type (a) low pass (b) high pass (c) band pass filters (using p section) and to study the variation of attenuation and phase constants of these filters with input frequency. To determine the cut off frequencies and to compare with theoretical values.	To design and construct constant – K type (a) low pass (b) high pass (c) band pass filters (using p section) and to study the variation of attenuation and phase constants of these filters with input frequency. To determine the cut off frequencies and to compare with theoretical values.	2	Nos
4	4	To study the variation of output voltage with frequency and load resistance for a given class-B Push Pull amplifier and to obtain the variation of output power with frequency and load resistance.	To study the variation of output voltage with frequency and load resistance for a given class-B Push Pull amplifier and to obtain the variation of output power with frequency and load resistance.	2	Nos
5	5	To design and construct clipping and clamping circuits using diodes and to study the variation of output amplitude and wave form using CRO.	To design and construct clipping and clamping circuits using diodes and to study the variation of output amplitude and wave form using CRO.	2	Nos
6	6	To design an astable multivibrator using BJT and to study its output wave formand frequency for various RC values. To study how the output can be converted to a square wave using clipping circuit.	To design an astable multivibrator using BJT and to study its output wave formand frequency for various RC values. To study how the output can be converted to a square wave using clipping circuit.	2	Nos
7	7	To design a Uni-junction Transistor circuit and draw its characteristic curves for different values of supply voltage. Use it as a saw - tooth wave generator and determine the frequency of oscillation.	To design a Uni-junction Transistor circuit and draw its characteristic curves for different values of supply voltage. Use it as a saw - tooth wave generator and determine the frequency of oscillation.	2	Nos
8	8	To determine CMRR, input offset voltage, output offset voltage, input bias current and slew rate of an OP- AMP.	To determine CMRR, input offset voltage, output offset voltage, input bias current and slew rate of an OP- AMP.	1	Nos
9	9	To design and construct a Wein-Bridge oscillator using OPAMP and to study itsoutput waveform and frequency for various RC values.	To design and construct a Wein-Bridge oscillator using OPAMP and to study itsoutput waveform and frequency for various RC values.	1	Nos
10	10	To study OP-AMP as a function generator, i.e. as (a). square wave generator(b). triangular wave generator	To study OP-AMP as a function generator, i.e. as (a). square wave generator(b). triangular wave generator	2	Nos
11	11	To construct Half-Adder and Full-Adder circuits using logic gates and to performsome simple 2's complement Adder-Subtractor operations (Two decimal digits)	To construct Half-Adder and Full-Adder circuits using logic gates and to performsome simple 2's complement Adder-Subtractor operations (Two decimal digits)	2	Nos
12	12	a) To construct X-OR gate using NAND gates and to verify truth table. (b) To convert two inputs NAND gate to two input OR gate. (c) To construct NOR gate by using other gates and hence verify the truth table.	a) To construct X-OR gate using NAND gates and to verify truth table. (b) To convert two inputs NAND gate to two input OR gate. (c) To construct NOR gate by using other gates and hence verify the truth table.	2	Nos
13	13	Determination of ultrasonic velocity in liquids using an ultrasonic interferometer.	Determination of ultrasonic velocity in liquids using an ultrasonic interferometer.	2	Nos
14	14	Study of absorption lines of a substance using a Spectrograph	Study of absorption lines of a substance using a Spectrograph	2	Nos
15	15	To study the spatial and temporal coherence of LASER using Michelson's Interferometer	To study the spatial and temporal coherence of LASER using Michelson's Interferometer	2	Nos
16	16	To study the characteristics curve of G.M. counter, and (a) to study the statistical fluctuation in cosmic ray background radiation, (b) to study the decay of activity of an artificially activated source, (c) to find out the gamma counting efficiency of G.M. tubes, (d) to study the gamma absorption in lead, (e) to study the beta absorption in Aluminum and hence to determine maximum beta energy.	To study the characteristics curve of G.M. counter, and (a) to study the statistical fluctuation in cosmic ray background radiation, (b) to study the decay of activity of an artificially activated source, (c) to find out the gamma counting efficiency of G.M. tubes, (d) to study the gamma absorption in lead, (e) to study the beta absorption in Aluminum and hence to determine maximum beta energy.	4	Nos
17	17	To calibrate the given condenser and to determine the values of unknown resistance and capacitance	To calibrate the given condenser and to determine the values of unknown resistance and capacitance	2	Nos
18	18	To determine the excitation potential of a gas using Frank-Hertz tube.	To determine the excitation potential of a gas using Frank-Hertz tube.	2	Nos
19	19	Determination of Curie temperature of a ferromagnetic material	Determination of Curie temperature of a ferromagnetic material	2	Nos
20	20	To study the optical absorption of a semiconductor and determination of its band gap.	To study the optical absorption of a semiconductor and determination of its band gap.	2	Nos
21	21	Study of Zeeman Effect	Study of Zeeman Effect	1	Nos
22	22	Determination of e/m ratio using a magnetron	Determination of e/m ratio using a magnetron	2	Nos
23	23	Nitrogen Gas Generator	Nitrogen Gas Generator	1	Nos
24	24	Measurement of dielectric constant of a polar liquid as a function of temperature and determination of the dipole moment	Measurement of dielectric constant of a polar liquid as a function of temperature and determination of the dipole moment	2	Nos
25	25	Measurement of the energy gaps of (i) silicon and (ii) germanium.	Measurement of the energy gaps of (i) silicon and (ii) germanium.	2	Nos
26	26	Measurement of the coercive field and saturation polarization of a ferroelectric sample	Measurement of the coercive field and saturation polarization of a ferroelectric sample	1	Nos
27	27	Study of the characteristics of a photo-diode and calculation of its efficiency of energy conversion.	Study of the characteristics of a photo-diode and calculation of its efficiency of energy conversion.	2	Nos
28	28	Determination of the concentration of color centers in an alkali halides crystal.	Determination of the concentration of color centers in an alkali halides crystal.	1	Nos
29	29	Function Generator	Function Generator	5	Nos
30	30	Desktop Computer Advanced	Desktop Computer Advanced	4	Nos
31	31	Laser Printer Monochrome	Laser Printer Monochrome	5	Nos
32	32	Laser Printer Colour	Laser Printer Colour	4	Nos
33	33	Over-head Projector	Over-head Projector	2	Nos
34	34	Regulated Power supply 30V and 3 Amp max	Regulated Power supply 30V and 3 Amp max	5	Nos
35	35	Temperature Controller going upto 400 0 C	Temperature Controller going upto 400 0 C	2	Nos
36	36	DC differential amplifier 4 inputs	DC differential amplifier 4 inputs	2	Nos
37	37	Tubular furnace	Tubular furnace	1	Nos
38	38	Multi-meter	Multi-meter	20	Nos
39	39	To study the Compton effect using scintillator	To study the Compton effect using scintillator	1	Nos
40	40	Determination of resistivity of semiconductor using Four Probe method	Determination of resistivity of semiconductor using Four Probe method	1	Nos
41	41	Febri-Perot Interferrometer	Febri-Perot Interferrometer	1	Nos
42	42	Electron Spin Resonance Spectrometer	Electron Spin Resonance Spectrometer	1	Nos
43	43	Detector for He-Ne laser	Detector for He-Ne laser	2	Nos
44	44	Breadboard	Breadboard	30	Nos
45	45	Single channel analyzer based Gamma ray spectroscopy system	Single channel analyzer based Gamma ray spectroscopy system	1	Nos
46	46	Powder X-ray Diffractometer (XRD)	Powder X-ray Diffractometer (XRD)	1	Nos
47	47	Scanning Tunneling Microscope (STM)	Scanning Tunneling Microscope (STM)	1	Nos
48	48	Distilling apparatus (Manesty type) for production of Pyrogen free distilled water	Distilling apparatus (Manesty type) for production of Pyrogen free distilled water	2	Nos
49	49	Digital pH meter with electrode	Digital pH meter with electrode	1	Nos
50	50	Digital storage Oscilloscope-I	Digital storage Oscilloscope-I	1	Nos
51	51	Muffle furnace with Temperature Controller	Muffle furnace with Temperature Controller	1	Nos
52	52	Electromagnet	Electromagnet	1	Nos
53	53	UV Spectrometer	UV Spectrometer	1	Nos
54	54	Photo Luminescence spectroscope	Photo Luminescence spectroscope	1	Nos

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Supply Of Instruments And Laboratory Equipments To The Department Of Physics, Department Of Physics,Cbpbu-West Bengal

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Name of Work: Instruments/ Laboratory Equipments
	Sl.No.	Item Description (As Per NIT)	Item Code / Make	Quantity	Units
1	1	Measurement of the Hall coefficient of a given sample and calculation of its carrier concentration	Measurement of the Hall coefficient of a given sample and calculation of its carrier concentration	1	Nos
2	2	To design and construct a stabilized power supply (Constant Voltage Source) using discrete devices and to study the variation of load voltage with load current. Show also the variation of load voltage with load current using IC 78XX.	To design and construct a stabilized power supply (Constant Voltage Source) using discrete devices and to study the variation of load voltage with load current. Show also the variation of load voltage with load current using IC 78XX.	4	Nos
3	3	To design and construct constant – K type (a) low pass (b) high pass (c) band pass filters (using p section) and to study the variation of attenuation and phase constants of these filters with input frequency. To determine the cut off frequencies and to compare with theoretical values.	To design and construct constant – K type (a) low pass (b) high pass (c) band pass filters (using p section) and to study the variation of attenuation and phase constants of these filters with input frequency. To determine the cut off frequencies and to compare with theoretical values.	2	Nos
4	4	To study the variation of output voltage with frequency and load resistance for a given class-B Push Pull amplifier and to obtain the variation of output power with frequency and load resistance.	To study the variation of output voltage with frequency and load resistance for a given class-B Push Pull amplifier and to obtain the variation of output power with frequency and load resistance.	2	Nos
5	5	To design and construct clipping and clamping circuits using diodes and to study the variation of output amplitude and wave form using CRO.	To design and construct clipping and clamping circuits using diodes and to study the variation of output amplitude and wave form using CRO.	2	Nos
6	6	To design an astable multivibrator using BJT and to study its output wave formand frequency for various RC values. To study how the output can be converted to a square wave using clipping circuit.	To design an astable multivibrator using BJT and to study its output wave formand frequency for various RC values. To study how the output can be converted to a square wave using clipping circuit.	2	Nos
7	7	To design a Uni-junction Transistor circuit and draw its characteristic curves for different values of supply voltage. Use it as a saw - tooth wave generator and determine the frequency of oscillation.	To design a Uni-junction Transistor circuit and draw its characteristic curves for different values of supply voltage. Use it as a saw - tooth wave generator and determine the frequency of oscillation.	2	Nos
8	8	To determine CMRR, input offset voltage, output offset voltage, input bias current and slew rate of an OP- AMP.	To determine CMRR, input offset voltage, output offset voltage, input bias current and slew rate of an OP- AMP.	1	Nos
9	9	To design and construct a Wein-Bridge oscillator using OPAMP and to study itsoutput waveform and frequency for various RC values.	To design and construct a Wein-Bridge oscillator using OPAMP and to study itsoutput waveform and frequency for various RC values.	1	Nos
10	10	To study OP-AMP as a function generator, i.e. as (a). square wave generator(b). triangular wave generator	To study OP-AMP as a function generator, i.e. as (a). square wave generator(b). triangular wave generator	2	Nos
11	11	To construct Half-Adder and Full-Adder circuits using logic gates and to performsome simple 2's complement Adder-Subtractor operations (Two decimal digits)	To construct Half-Adder and Full-Adder circuits using logic gates and to performsome simple 2's complement Adder-Subtractor operations (Two decimal digits)	2	Nos
12	12	a) To construct X-OR gate using NAND gates and to verify truth table. (b) To convert two inputs NAND gate to two input OR gate. (c) To construct NOR gate by using other gates and hence verify the truth table.	a) To construct X-OR gate using NAND gates and to verify truth table. (b) To convert two inputs NAND gate to two input OR gate. (c) To construct NOR gate by using other gates and hence verify the truth table.	2	Nos
13	13	Determination of ultrasonic velocity in liquids using an ultrasonic interferometer.	Determination of ultrasonic velocity in liquids using an ultrasonic interferometer.	2	Nos
14	14	Study of absorption lines of a substance using a Spectrograph	Study of absorption lines of a substance using a Spectrograph	2	Nos
15	15	To study the spatial and temporal coherence of LASER using Michelson's Interferometer	To study the spatial and temporal coherence of LASER using Michelson's Interferometer	2	Nos
16	16	To study the characteristics curve of G.M. counter, and (a) to study the statistical fluctuation in cosmic ray background radiation, (b) to study the decay of activity of an artificially activated source, (c) to find out the gamma counting efficiency of G.M. tubes, (d) to study the gamma absorption in lead, (e) to study the beta absorption in Aluminum and hence to determine maximum beta energy.	To study the characteristics curve of G.M. counter, and (a) to study the statistical fluctuation in cosmic ray background radiation, (b) to study the decay of activity of an artificially activated source, (c) to find out the gamma counting efficiency of G.M. tubes, (d) to study the gamma absorption in lead, (e) to study the beta absorption in Aluminum and hence to determine maximum beta energy.	4	Nos
17	17	To calibrate the given condenser and to determine the values of unknown resistance and capacitance	To calibrate the given condenser and to determine the values of unknown resistance and capacitance	2	Nos
18	18	To determine the excitation potential of a gas using Frank-Hertz tube.	To determine the excitation potential of a gas using Frank-Hertz tube.	2	Nos
19	19	Determination of Curie temperature of a ferromagnetic material	Determination of Curie temperature of a ferromagnetic material	2	Nos
20	20	To study the optical absorption of a semiconductor and determination of its band gap.	To study the optical absorption of a semiconductor and determination of its band gap.	2	Nos
21	21	Study of Zeeman Effect	Study of Zeeman Effect	1	Nos
22	22	Determination of e/m ratio using a magnetron	Determination of e/m ratio using a magnetron	2	Nos
23	23	Nitrogen Gas Generator	Nitrogen Gas Generator	1	Nos
24	24	Measurement of dielectric constant of a polar liquid as a function of temperature and determination of the dipole moment	Measurement of dielectric constant of a polar liquid as a function of temperature and determination of the dipole moment	2	Nos
25	25	Measurement of the energy gaps of (i) silicon and (ii) germanium.	Measurement of the energy gaps of (i) silicon and (ii) germanium.	2	Nos
26	26	Measurement of the coercive field and saturation polarization of a ferroelectric sample	Measurement of the coercive field and saturation polarization of a ferroelectric sample	1	Nos
27	27	Study of the characteristics of a photo-diode and calculation of its efficiency of energy conversion.	Study of the characteristics of a photo-diode and calculation of its efficiency of energy conversion.	2	Nos
28	28	Determination of the concentration of color centers in an alkali halides crystal.	Determination of the concentration of color centers in an alkali halides crystal.	1	Nos
29	29	Function Generator	Function Generator	5	Nos
30	30	Desktop Computer Advanced	Desktop Computer Advanced	4	Nos
31	31	Laser Printer Monochrome	Laser Printer Monochrome	5	Nos
32	32	Laser Printer Colour	Laser Printer Colour	4	Nos
33	33	Over-head Projector	Over-head Projector	2	Nos
34	34	Regulated Power supply 30V and 3 Amp max	Regulated Power supply 30V and 3 Amp max	5	Nos
35	35	Temperature Controller going upto 400 0 C	Temperature Controller going upto 400 0 C	2	Nos
36	36	DC differential amplifier 4 inputs	DC differential amplifier 4 inputs	2	Nos
37	37	Tubular furnace	Tubular furnace	1	Nos
38	38	Multi-meter	Multi-meter	20	Nos
39	39	To study the Compton effect using scintillator	To study the Compton effect using scintillator	1	Nos
40	40	Determination of resistivity of semiconductor using Four Probe method	Determination of resistivity of semiconductor using Four Probe method	1	Nos
41	41	Febri-Perot Interferrometer	Febri-Perot Interferrometer	1	Nos
42	42	Electron Spin Resonance Spectrometer	Electron Spin Resonance Spectrometer	1	Nos
43	43	Detector for He-Ne laser	Detector for He-Ne laser	2	Nos
44	44	Breadboard	Breadboard	30	Nos
45	45	Single channel analyzer based Gamma ray spectroscopy system	Single channel analyzer based Gamma ray spectroscopy system	1	Nos
46	46	Powder X-ray Diffractometer (XRD)	Powder X-ray Diffractometer (XRD)	1	Nos
47	47	Scanning Tunneling Microscope (STM)	Scanning Tunneling Microscope (STM)	1	Nos
48	48	Distilling apparatus (Manesty type) for production of Pyrogen free distilled water	Distilling apparatus (Manesty type) for production of Pyrogen free distilled water	2	Nos
49	49	Digital pH meter with electrode	Digital pH meter with electrode	1	Nos
50	50	Digital storage Oscilloscope-I	Digital storage Oscilloscope-I	1	Nos
51	51	Muffle furnace with Temperature Controller	Muffle furnace with Temperature Controller	1	Nos
52	52	Electromagnet	Electromagnet	1	Nos
53	53	UV Spectrometer	UV Spectrometer	1	Nos
54	54	Photo Luminescence spectroscope	Photo Luminescence spectroscope	1	Nos

Supply Of Instruments And Laboratory Equipments To The Department Of Physics, Department Of Physics,Cbpbu-West Bengal

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