Supply, Installation And Demonstration Of Different Equipments, Instruments, Trainer Kits, Models, Study Setups Etc. For Different Laboratories Of Electronics And Telecommunication Engineering Department, Womens Polytechnic Chandernagore, Hooghly, hooghly-West Bengal

SUPPLY, INSTALLATION AND DEMONSTRATION OF DIFFERENT EQUIPMENTS, INSTRUMENTS, TRAINER KITS, MODELS, STUDY SETUPS ETC. FOR DIFFERENT LABORATORIES OF ELECTRONICS AND TELECOMMUNICATION ENGINEERING DEPARTMENT, WOMENS POLYTECHNIC CHANDERNAGORE, HOOGHLY- 1 Demonstration kit of DTH trainer kit [ Colour TFT LCD: 5.7” TFT LCD; RF Input: 950 - 2150 MHz; RF Output: 470 MHz two 862MHz; Video Output: PAL/NTSC; Included Accessories: Mains cord, Power Supply, Remote, Dish Antenna with accessories, LNB Instruction Manual] 2 Demonstration Kit of photocopier [Interface: USB 2.0 Fault-creating facilities for CRUM, Thermistor, Stepper Motor, Pickup Clutch, Feed Sensor, Width Sensor, Scanner Stepper Motor, Scanner Sensor, and Printer Door. Various Fault Switch with Test Points provided on-board. Instruction Manual] 3 Demonstration Kit of Microwave oven Trainer Kit [ Type: Solo; Capacity: >15 Ltr; Power consumption: 600 Watt or more various test points Instruction Manual] 4 Microwave Test Bench (GUNN Based) [ GUNN oscillator and GUNN diode Display: Digital Measure frequency, guide wavelength Measure standing wave ratio, reflection co-efficient Measure unknown impedance Instruction Manual] 5 RADAR Trainer kit [Transmitter Frequency : 5-10 GHz Output Power : 10 mW (approximate) Antenna : Horn IF Output : Audio range Power Supply: 230V(+/-) 10%, 50Hz Instruction Manual] 6 Sattelite Communication trainer kit [ Various Fault Switch with Test Points provided on-board. Instruction Manual] 7 Antenna Trainer Kit [RF Generator : 750 MHz approximately (on board adjustable with level display) Modulation Generator : 1 KHz approximately Directional Coupler : Forward & Reverse (On board selectable) Antenna Rotation : 0-360 Degrees, Resolution 1 Degree Transmitting & Receiver masts provided Receiving antenna : Folded Dipole with reflector Detector Display : On board level adjustable meter Power Supply : 230V ±10%, 50Hz Instruction Manual] 8 Study of GSM handset [Frequency: 900/1800 GHz Voltage: 9V-12V Modem: GSM/GPRS Remote control by AT commands (according to GSM 07.07 and GSM 07.05) Maximum output power 2W for GSM 900: 1W for GSM 1800 Instruction Manual] 9 Study of different Network Topologies trainer kit [Star Topology, Ring Topology, Bus Topology Nodes: 4 Data Rate: 10/100 Mbps Interconnection: RJ45 Instruction Manual] 10 PLC Trainer [Power supply: 230V, 50Hz PLC: Micro Input type: Digital and Analog (at least 8 nos.) Output type: Digital and Analog (at least 8 nos.) Input: Push Button switches Output indicator: LED USB interface with PC Instruction Manual] 11 PID Temeprature controller trainer kit [Power supply: 230V, 50Hz Provision of: Proportional Control (P) Integral Control (I) Proportional Integral and Derivative Control (PID) Display: Digital Instruction Manual] 12 CRO demonstration kit [ Power supply: 230V, 50Hz Display: Analog Frequency: 20MHz Various Fault Switch with Test Points provided on-board Instruction Manual] 13 SMPS Trainer kit [ Power supply: 230V, 50Hz PWM IC based Instruction Manual] 14 DC power supply [ Regulated DC voltage: 0-30V Current: 0-2A Dual output Instruction Manual] 15 Digital Storage Oscillator [Power supply: 230V, 50Hz Dual Channel Bandwidth: 100 MHz Instruction Manual] 16 Test the performace of speaker [Speaker trainer kit to study the frequency response and directivity characteristics. Set contents: Built-in DC power supply, audio frequency generator, suitable amplifier with gain adjustment, sound level meter, 360 degree circular scale with 2 ft diameter with holding structure, clearly printed front panel, Instruction manual.] 17 Speed control of single phase induction motor [Power supply: 230V, 50Hz Using Cycloconverter Single Phase AC motor less or equal to 1/4 hp Instruction Manual]

Sr No	CorrigendumDate	Corrigendum	CorrigendumType	NewSubmissionDate
1	14-02-2025	CorrigendumDate	Date	18-02-2025
2	14-02-2025	CorrigendumSpecification	Other	18-02-2025

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