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Bids Are Invited For Discrete Component Trainer With On Board Designing Facility On Breadboard , Transistor Application Trainer With On Board Designing Facility On Breadboard , Op-Amp Trainer With On Board Designing Facility On Breadboard , Analo-Uttar Pradesh

Department Of Technical Education has published Bids Are Invited For Discrete Component Trainer With On Board Designing Facility On Breadboard , Transistor Application Trainer With On Board Designing Facility On Breadboard , Op-Amp Trainer With On Board Designing Facility On Breadboard , Analo. Submission Date for this Tender is 23-09-2021. Static Converters Tenders in Uttar Pradesh. Bidders can get complete Tender details and download the document.




Tender Notice

29187364
Bids Are Invited For Discrete Component Trainer With On Board Designing Facility On Breadboard , Transistor Application Trainer With On Board Designing Facility On Breadboard , Op-Amp Trainer With On Board Designing Facility On Breadboard , Analo
Open Tender
Indian
Uttar Pradesh
23-09-2021

Tender Details

Bids Are Invited For Discrete Component Trainer With On Board Designing Facility On Breadboard , Transistor Application Trainer With On Board Designing Facility On Breadboard , Op-Amp Trainer With On Board Designing Facility On Breadboard , Analog To Digital And Digital To Analog Converter Trainer With On Board Designing Facility On Breadboard , Analog And Digital Ic Trainer With On Board Designing Facility On Breadboard , Universal Bread Board Kit , Digital Oscilloscope ( 100 Mhz ) , Function Generator ( 5Mhz, 1 Channel ) Total Quantity : 1

Key Value

Document Fees
Refer document
EMD
INR 22000.0 /-
Tender Value
INR 11 Lakhs /-

BOQ Items

Sl. No. Item TitleItem Description
1Discrete Component Trainer with on board designing facility on breadboardDiscrete Component Trainer: Should be a single board system to cover basic semiconductor devices such as diodes, BJT, FET, MOSFET, UJT, PUT, DIAC, TRIAC, SCR, IGBT. IEEE symbol of all components should be provided on the PCB.On-board components:On-board resources such as resistor, capacitor, diode and Potentiometer banks of different values should be available, On-board Relay and Opto-coupler,On-board variable regulated dual power supply (500mA) range from 0V to 30V,On-board dual power supply (500mA)range from 0V to 30V,On-board External AC power range from -12V to +35V,Resistor range from 100E to 200k?,Capacitor range from 0.1µF to100 µF,Inductor (1mH)Potentiometer(10K) Good quality Breadboard (175mmX63mm) should be provided • Semiconductor Device Range: •Germanium Diode(1N60) •Fast Switching Diode(1N4148) • Zener Diode(5.1V) • Light Emitting Diode (GREEN LED 5mm) • Bipolar Transistor PNP • Uni-Junction Transistor 2N2646 (UJT-N channel) • Field Effect Transistor (JFET BF245) • MOSFET(IRF-Z44N) • DIAC(DB3) • TRIAC (BT136) • IGBT (IRG4BC30S) • Silicon Controlled Rectifier (SCR TYN604) • Voltage Dependent Resistor(VDR) • Opto-Coupler (MCT2E) • Varactor Diode (1N4007) • Relay
2Transistor Application Trainer with on board designing facility on breadboard• All Components must be visible clearly on the top of the PCB. • Should be a single board system capable of covering ,the basic applications of transistors such as BJT, FET, MOSFET, UJT, etc. • IEEE Symbol of all components to be provided on the PCB • On-board resources such as resistor, capacitor, inductor, diode and Potentiometer banks of different values are provided. • On-board variable regulated and isolated power supplies • Dual Isolated power supply • Range 1 with GND from +35 V to – 35V • Range 2 with AGND 300mA from +12V to – 12V • 2 Helical pots to control the voltage • Dual DC Variable On-Board power supply0 V to 30 V • Application study of different types of transistors like general purpose different NPN transistors like BC107,2N2222 and BD138 PNP transistor and power transistor like SL100 . • Also other types of transistors like FET (BF245), MOSFET (IRF-Z44N) and UJT (2N-2646) are present on board. • Resistor bank : 54 from100 E to 1M?,Capacitor bank :27 from 0.47µF to 220 pF • Inductor bank : 09 from 1µH to 2.2mH,Potentiometer bank : 08 from 1 K to 1 M • Diodes bank ,Rectifier diode (1N4007) 0 to 4,Zener diode (5.1V),1 LED- Green • Good quality breadboard should be available(175mm*63mm)
3Op-Amp Trainer with on board designing facility on breadboardOp-Amp Trainer: •Should be a single board system capable of covering Op-Amp (741) & its various applications •Allows study of timer using 555 IC, IEEE Symbol of all components to be provided on the PCBOn-board components: •On-board resistor, capacitor, diode and potentiometer bank of different values. •Breadboard (175mmX63mm) area allows construction of circuits using external components along with on board resources. •On-board fixed power supply and variable regulated positive & negative power supply. •LM331 IC should be provided with all the respective pin outs •DC power supply (300mA) with Helical pot on board to vary the voltage of ±5 V and ±12 V •DC Variable power supply with Helical pot on board to vary the voltage of ±1.5 V and 10 V Semiconductor Device Range: •Three IC 741 Op-Amp stage,One 555 IC stage,4 diode (1N4007),2 Zener diode (5.1V) •Transistor: BJT(BC547), MOSFET (IRF-Z44N),Green LED 5mm, •16 pin ZIF socket with pin out to be provided on board. •45 Resistors bank from 100 E to10M?,16 Capacitors bankfrom 56pF to 220µF,6 pots of 1k? to 10M?
4Analog to digital and digital to analog converter trainer with on board designing facility on breadboardAnalog to digital and digital to analog converter trainer: It should consist of 8-bit binary weighted and 8-bit ladder type DAC are constructed using discrete components It should consist of 8-bit monolithic DAC having settling time in the range of ns, wide power supply range, low power consumption, full scale error ± 1LSB 8-bit digital ramp ADC constructed using discrete components should be included. It should provide 12-bit monolithic ADC having conversion time in the range of µs, industry standard pin out, wide input range Should include 8 onboard switches to provide digital inputs to DAC Should include 8-bit counter running on external clock frequency to study settling time of DAC It should consist of Built inlow frequency clock generator • 1 KHz sine wave with adjustable amplitude level should be provided. • Onboard variable DC voltage source for studying unipolar and bipolar modes of ADC should be provided • Should include 12 output LEDs to observe ADC outputs • Should provide ADA operates on DC power supply (+12V,-12V,+5V and GND) • Interconnection should be provided by standard 2mm connector • Extensive experimental manual is to be provided with the kit
5Analog and digital IC trainer with on board designing facility on breadboardAnalog and digital IC trainer: •It should combine all essential functions of analog and digital experiment with removable breadboard, includes DC power supply, function generator, two pulse switches, 8 O 0.5W speaker •Solder-less bread board should be interconnected with tie points Nickel plated contact, fitted with all DIP sizes and all components with lead and solid wire. It can be changed and replaced for different purposes and can be connected with demonstration panel. •Fixed DC output power supply of ±5V, ±12V@500mA •Dual Variable DC output power supply,0~30V,0~-30V@500mA •AC power supply of 5~0~5VAC,12~0~12VAC •Potentiometers of 1K O, 10KO should be included •Function generatorFrequency range : 1Hz~100KHz •It should consist of Amplitude with following readings 1.Sine wave output, Triangle wave output,: 0~4Vpp variable@1Hz ~1MHz,300khZ in step of 5 Square wave output : 0~5Vpp variable@1Hz ~ 400KHz in step of 5 TTL mode output : 5V@1Hz~1MHz in step of 5 •Two digits of 7 segment LED display •Two pulse switches to generate inverting and non inverting pulses supported with de-bounce elimination •Toggle switches and corresponding output point. •4channel adapter, 2banana sockets and BNC jacks •16bit LED display
6Universal Bread Board KitPower Supplies: • DC Power Supply IC Regulated ±5V, ±12V @ 500mA. • DC Power Supply IC Regulated 0 to 30V @ 250mA (3Nos.) • AC Power Supply 9-0-0 VAC,12-0-12VAC • Operated On Mains Power 230v, 50hz +10% Digital Meters: • Voltmeter 20VDC. • Ammeter 200mA DC. • Solder-less, breadboard (Easy to Remove) • Logic Inputs & Outputs 16 Bit • Trainer Contains 4 Bit BCD To 7 Segment Indicators With Inputs A, B, C, D Inputs 2Nos. • Logic Low Frequency Mono Pulsar With Rising And Falling Edge. • Frequency Generator 1Hz to 100 KHz (Variable Frequency and Amplitude) • 2 Variable Resistors are given on Board. • One Low Frequency Speaker. • Buzzer as Continuity Tester. • 2 BNC to Socket Adapter on Board.
7DIGITAL OSCILLOSCOPE (100 MHz)DIGITAL OSCILLOSCOPE: Bandwidth: 100 MHz Analog Channels: 2 Real Time Sampling: 1 Gsa/sec Memory: 16 kpts Vertical Resolution: 8 bits Vertical Scale: 2 mV/div to 10 V/div Timebase Scale: 2 ns/div to 50 s/div Display: 5.6 inch 64k TFT LCD Connectivity: USB Host & Device
8FUNCTION GENERATOR (5MHZ, 1 CHANNEL)FUNCTION GENERATOR: •5MHz 1 channel 125MSa/swave length •16Kpts function/arbitrary waveform output •Amplitude:4mV ~ 20Vpp (high impedance) •Modulationfunction (AM,DSBAM,FM,PM,ASK,FSK,PWM,Sweep,Burst), Easy Pulse technology
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