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- General Laboratory Instruments
- Travelling Microscope, TVM-02
- Digital Picoammeter, Dpm-111
- Handheld Gauss Meter DGM-HH-02
- Digital Picoammeter, Model Dpm-111-c2
- Digital DC Microvoltmeter, DMV-001
- True Rms Ac Milli Voltmeter, Acm-103
- High Voltage Power Supply, Eht-11p-c1
- Sourcemeter, SM-1000
- DDS Signal Generator, JDS-6600
- Digital Gaussmeter, DGM-103
- Tesla Meter, Tm-400
- Travelling Microscope, TVM-03
- Ic Regulated Power Supply, Ps-12
- Electromagnet & Power Supply, Emu-50 & Dps-50
- Constant Current Power Supply (Biopolar), DPS-175BPC
- Digital Gaussmeter Dgm-202
- High Voltage Power Supply, Eht-11
- Digital Nanoammeter, Dnm-121
- Electromagnet & Power Supply, EMU-75 & DPS-175M
- True RMS AC. Millivoltmeter, ACM-102
- Sourcemeter, SM-1000C
- PID Controlled Oven, PID-TZN/ PID-TZN-CT
- Digital Microvoltmeter (DMV-001-C2)
- Physics & Material Sc. Lab Experiments
- Nmr Experiment, NMR-01
- Hysteresis Loop Tracer, HLT-111
- Four Probe Setup, DFP-LHN/ DFP-LHC
- Dielectric Measurement Setup, DEC-600
- Four Probe Setup, DFP-RM-200N/ DFP-RM-200NC
- High Temperature Two Probe Set-up, TPX-600N
- Planck's Constant Experiment, PC-101
- Electron Spin Resonance Spectrometer ESR-105
- Franck Hertz Experiment, Fh-3001
- Hall Effect Experiment, Hex-21
- Hall Effect In Metals (Hem-01)
- Gouy's Method Balance, GMX-01
- Four Probe Method, Dfp-03 (Advance Model)
- Ionization Potential Set Up, IP-01
- Magnetic Hysteresis Loop Tracer, HLT-111C
- High Temperature Two Probe Set-up TPX-600C
- Two Probe Method For Resistivity Measurement Of Insulators, TPX-200C
- Two Probe Setup, TPX-200N
- Millikan's Oil Drop Experiment, MOD-01
- Four Probe Experiment, DFP-02 (Basic Model)
- Vibrating Sample Magnetometer, VSM-1000
- Four Probe Set Up FP-01N/ FP-01C
- Hall Effect Experiment, HEX-21C
- Study Of Dielectric Constant, Dec-01
- Diodes Characteristics & Boltzman Constant, DCBC-01
- Van der Pauw Experiment, VDX-01
- Study Of Thermoluminescence Of F-centers Tlx-02
- Zeeman Effect Experiment, Zex-01
- Magnetoresistance Setup (Research Model), MRX-RMN/ MRX-RMC
- Frequency Dependence of Dielectric Constant, FDD-01
- Gouy's Method Balance (GMX-02)
- Magnetoresistance Experiment System, MRX-01
- Hall Effect Experiment, HEX-RM-150/ HEX-RM-150C
- Study Of Planck's Constant, PCA-01
- Thermoluminescence Irradiation Unit TIU-02
- Magnetic Field Measurement Apparatus, Mfm-01
- Hall Effect Setup, HEX-33/ HEX-33C
- Dielectric Constant Of Liquids, DCL-01
- Quinck's Tube Method, QTX-01
- Study Of P-N Junctions PN-01
- Dielectric Constant Of Solids And Liquids, Dsl-01
- Ferroelectric PE Loop Tracer, PEL-01C
- Experimental Setups
- Study Of Amplitude Modulation And Demodulation, MD-02
- Signal Generation Applications Of Operation Amplifier, 741-05
- Study Of Astable And Monostable Multivibrators, 555
- Frequency Modulation and Demodulation Study, FMD-01
- CHARACTERISTICS OF SEMICONDUCTORS DIODES, D-1
- Study Of Multivibrators, Mv-01
- Basic Operational Amplifier, 741-01
- Study of Active Filters, AF-01
- Study of a Solid State Power Supply, SSPS-02
- Study Of A Transistor Amplifier (Rc Coupled), RC-01
- Study of Op. Amp Based LC Oscillators, 741-07
- Study of Op Amp 741 Applications, 741-03
- HYBRID PARAMETERS OF A TRANSISTOR, HP-01
- Characteristics of Photo Devices, PD-01
- Integrated Circuit Regulator, 723
- Control Laboratory Experiments
- Linear System Simulator, LSS-01
- PID Controller (PID-01)
- Microprocessor Device Controller, MDC-01
- Dc Position Control System, Dcp-301
- Temperature control System, TCS-302
- AC Motor Torque Speed Study, ACT-01
- Compensation Design, Cd-02
- Relay Control System, Rcs-01
- DC Motor Study, DCM-01
- Digital Control System, DC-01
- Study Of Digital-to-Analog Converter, DTA-01
- AC Servo Motor Study, ACS-01
- Study of Temperature Transducers (STT-01)
- Study Of Synchro Devices, SD-01
- Study Of Magnetic Levitation System, ML-01
- Dc Speed Control System, DCS-301
- Stroboscope, STB-01
- Second Order Network, Son-01
- DC Speed Control System, DCS-201
- Stepper Motor, Sm-03
- A.C. Position Control, ACP-01
- Potentiometric Error Detector, Ped-01
- Linear Variable Differential Transformer, Lvdt-01
- Light Intensity Control System, LIC-01
- DC MOTOR TORQUE SPEED STUDY, DCT-01
- General Laboratory Instruments
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Control Laboratory ExperimentsControl Laboratory Experiments are applicable for a computing environment and enable the learners to complete experiments by making interaction with real instruments, real devices, and remote mechanisms. The experiments can make everything possible with the help of an appropriate platform of telecommunications. Control Laboratory Experiments are very useful for the future of engineering education and these enable the students to design as well as conduct experiments without the requirement for physical laboratory equipment. They are essential for enhancing the experience of students by giving them a distant interface. They are the key to increase the students interest and amend self-paced learning.
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Contact Details
- Building 452, Adarsh Nagar, Roorkee - 247667, Uttarakhand, India
- Phone : 07313725920
- Mr Ravi Prakash (Director)
- Mobile :07313725920
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- Landline : 91-1332-277118/ 272852
Direct No. :09837072750
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