Tender For Supply Of Lab Equipment For The Department Of Physics; 1. Screw gauge: Stainless Steel, 0-25 mm, least count 0.01 mm Manual, least count 0.01mm, size 25x1/100 mm, Stainless Steel, measuring range 25mm 10 2. Spherometer: Least count 0.01 mm Brass dial head 40 mm in diameter, divided and marked in 100 divisions. Vertical scale of 10-0-10 mm. Fitted on tripod stand, distance between legs 40 mm. 10 3. Travelling microscope: Vertical and horizontal movement Vertical and horizontal movement, portable, Horizontal scale: 18 cm divided at 1mm interval, Vertical scale: 16cm divided at 1mm interval, Screw gauge dial: 100 divisions with a least count of 0.01mm , 10X Ramsden Eyepiece with fine cross wire, focal length 25 cm 03 4. Compound Pendulum: Complete Set up It consists of a powder coated steel bar of dimension 100×3.75×0.6cm with a number of equidistant holes drilled along its length at equal intervals of 5cm. The pendulum is provided with two removable knife edges passing through any one of the holes., Complete set up 02 5. Vernier calipers: Stainless steel, least count 0.1 mm Measuring Range: 0-150 millimetre or 0-6 inch Resolution: 0.01 millimetre or 0.0005 inch. Repeatability: 0.01 millimetre or 0.0005 inch. Maximum measurement speed: 1m/s 10 6. Network theorem: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim to “study the Thevenin theorem, Norton`s theorem and maximum power transfer theorem”. 03 7. LCR resonance circuit: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim “to study the LCR resonance circuit. 02 8. JFET: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim “to study the drain characteristics of a JFET. 02 9. MOSFET: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim “to study the drain characteristics of a MOSFET”. 02 10. P/N junction diode: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim “to study the forward and reverse characteristics of a P/N junction diode”. 01 11. DSO 50 MHZ, 2 channel: With BNC cables Complete set up with the aim “Bandwidth : 50 MHz, 2 Channel, 7 inch High Resolution LCD, SCPI and Lab View supported, Sample Rate : 1 GSA/s, Ultra-thin body”. 05 12. Stop watch (Anolog) Mechanical (Without battery operation) Precision 1/100th of a second Shock Resistant body 03 13. Stop watch (Digital) Digital Precision 1/100th of a second, Plastic Material, battery (Non-rechargeable) Backlight, Time Format 12 and 24 hr. 03 14. Spring Constant: Complete setup with varying weights Complete set up with varying weights with the aim “To determine the force constant of a flat spiral spring by statical method”. 05 15. Helmholtz galvenometer Method: Complete setup with connecting wires Complete set up with sufficient connecting wires with the aim ”To measure the spatial distribution of the magnetic field between a pair of identical coils in Helmholtz arrangement with power supply, digital gauss meter, two coils of minimum diameter 150 mm, support base, support rod, deflection compass, digital millimeter”. 02 16. Young” modulus by Searle‟s Method: Complete setup with connecting wires Complete set up with sufficient connecting wires with the aim “to determine the young`s modulus, modulus of rigidity, and poison‟s ratio for the material of a wire by Searle`s method”. 02 17. Wheat Stone Bridge: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with aim “To determine the unknown resistance by wheat stone bridge”. 02 18. Fixed Bias and Voltage divider CE Mode: Complete set up mounted on a board with sufficient connecting wires Complete set up mounted on a board with sufficient connecting wires with the aim “To study the static characteristics of a transistor in fixed bias and voltage divider CE mode”. 01 19. Table: Length 6 feet Width 3 feet Height 3 feet Metallic frame with powder coating for corrosion resistance. Wooden top with solid wood of thickness 1 inch and chemical resistant coating. Length 6ft x width 3ft x height 3ft. Load bearing capacity 1000 kg. 15 20. Stool: Height 2 feet (fixed) static Square shaped, four legs, wooden, thickness of the top 1 inch. Height 3ft, Load bearing capacity =200 kg. 60 21. Computer with printer and UPS for Physics Laboratory Processor (13th generation i5) Hard drive 2 TB, RAM 8 GB, DDR4, Display 60.5 an full HD (1920 x 1080), CPU: Intel, OS:- Windows 11 Home, UPS:- 1KVA, Printer: Laser Print. 06
