FACILITIES AVAILABLE IN THE DEPARTMENT
The department has advanced facilities to conduct various courses in the emerging areas of applied science, engineering and technology. Some of these are:
- Well established applied physics laboratory for graduate and post-graduate curriculum-based experiments.
- He-Ne and semiconductor lasers, power meters, optical benches and advanced laser experimental set ups.
- Optical fiber characterization trainers, optical sources, optical detectors, fiber splicing and connector installation tool kits, OTDR, Fusion Splice, and fiber reels etc.
- Optical waveguiding fundamental educators, step index and graded index waveguide mode field and effective index measurement set ups.
- Digital fiber optic communication and BER Analysis systems.
- Optical Networks Analysis System (ONAS).
- WDM/DWDM Systems and Component Characterization.
- Optical Amplifier; EDFA and ASE filter.
- Photonics Design Software: Optsim and ModeSys, Optisystem/ Optifiber and Optigrating
- Radiation counting and Analysis Systems; GM and Scintillation based.
- Material Explorer and Virtual Nanolab with ATK.
- AFM for Nanomaterial Characterization- Vibrating and Non-vibrating modes.
- Spectroflouro photometer for optical properties of nanomaterial.
The Optical Fiber Communication Laboratory is fully equipped for experimentation in this area of OFC and optoelectronics to conduct M.E. Project-works in Electronics and Communication Engineering.
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Sample Analysis using AFM & PLS Click Here User Form Download Click Here |
Department Laboratories
Applied Physics Laboratory
Applied Physics:More than 30 Experiments in Applied Physics covering curriculum of Polytechnics and Engineering Colleges:
Energy Conservation, Flywheel Law of Forces, Heating Effects, Linear Expension Coefficients, Stefan's Constant, Electrical Vibrator, Capacitance & Dielectric breakdown, B-H curve & Hysterisis loops, Photo Cells and Solar Cells, Ultrasonic Interferometers, Composite Piezoelectric Oscillator, Hall Effect, Planck's Constant, Four Probe Resistivity Measurements, Diode & Transistor Characteristics, Microscopes & Telescope, Fresnel Biprism, Spectrometers Black-body Radiations, Viscosity Measurements and many more.
Radiation Physics: Equipped with experiments on Properties, Detection & Measurements of Nuclear Radiations and Analysis:
- GM Counters, NaI(Tl) Scintillation Detector & Counting system
- MCA based Data acquisition and Analysis software.
- Radioactive Standards & Radiation Survey Monitors
Instruction Sheets
Laser and Fiber Optics Laboratory
Lasers Lab: Well equipped with various types of lasers for studies of laser characteristics, Optical phenomenon, E-O & M-O effects etc.
- He-Ne and Diode lasers, Laser power meters, Translation stages, XYZ motions, Bread boards, Posts and other optical devices.
- Laser beam parameters, Electro- & Magneto-optics effects, Interference laws, Polarization & Malus law, Brewster angles, Diffraction based sensing, etc.
Fiber Optics: Study of Optical laws, Fiber characteristics, Fiber Optic Tests & Measurements, Point-to-point Links, WDM/DWDM Links, Q-factor &BER analysis and Performance Evaluation:
- Snell's Law and Critical angle, Fresnel relations, Optical Waveguiding parameters, Mode analysis of Optical Fibers, Power launching etc.
- Optical Sources and Power meters, Continuity Testers, OTDR, Splicing Machine, Connector installation kit & accessories, Network Analysis etc.
- Fiber Optic Links, WDM/DWDM systems & Components, EDFA & ASE filter, BER & Q-factor analysis, PDA tools, etc.
Photonics and Simulation Laboratory
Photonics and Simulation Laboratory:
Photonics Transmission Design Suites (PTDS)- Computer-based simulation and modeling tools that integrate components, links and network functions, make the design process more efficient, cheaper and faster.
- OptSim - Single mode fiber based systems- 4 user lic.
- ModeSys - Multimode fiber based systems-Single user
- OptiSystem - Amplifier design Tool-Single user
- Optigrating - Design of integrated and Fiber Optic devices assisted by optical grating fibers.
Nanomaterial Characterization Laboratory
Nanoscience & Nanotechnology Lab. is under development for Modeling and Simulation of nano-scale devices and Nanomaterials Characterization and Properties (Electronic & Optical properties)
- Networking of 10 PC systems with Internet connectivity.
- Nanofluid Interferometer.
- Spectroflourophotometer (P-L spectrometer).
Applied Computational and Simulation Laboratory
Nanoscience & Nanotechnology Lab. is under development for Modeling and Simulation of nano-scale devices and Nanomaterials Characterization and Properties (Electronic & Optical properties)
- Virtual Nano Lab (VNL & ATK): 10 use network license
- Mathematica 11.xx : 05 user license
- Lingo 18.0: 05 user license
- MATLAB: institute license
Director
National Institute of Technical Teachers Training & Research Sector-26, Chandigarh-160019, India
91-172-2792369, 91-172-5061563, 91-172-2791366, 91-172-2793893
diroffice@nitttrchd.ac.in
For any query : 91-172-2759500