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Educational Trainer Kit

Analog Circuit Trainer
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Analog Circuit Trainer
61
Analog Circuits Trainer is designed to fulfill requirement of performing experiments of analog electronics in a single platform. This makes it easy to design, experiment with, and test circuitry without soldering. Students can explore a wide variety of electronic concepts simply by sticking components into the breadboard. All connections and controls are clearly marked and conveniently located. It is very useful in analog electronics laboratories for performing analog experiments. It is also useful to build and test circuits as well as making projects related to analog electronics or when learning the subject.
Radar Trainer
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Radar Trainer
67
Transmitting Frequency : 10 GHz (Aprox) Output Power : 10 to 25mW Antenna : Horn Type IF Output : Audio range Power Supply : 230V ± 10%, 50Hz Display : 20x4 LCD Display Complete hardware and software setup to demonstrate the Radar concept Signals study on CRO/DSO with the help of test points given on trainer Provided with attractive LCD display for counts ,RPM ,DOPLER FREQ. Real time fan RPM measurements and vibration measurements with the help of tuning forks Tripod stand provide for height and level matching A complete accessories setup for all experiments LED Indication for Doppler echo signal On Trainer alarm for detection Learning Material CD
Klystrone Based Microwave Test Bench
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Klystrone Based Microwave Test Bench
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• Experiment 1 Study of the characteristics of Klystron Tube and to determine its electronic tuning range • Experiment 2 To determine the frequency & wavelength in a rectangular waveguide working on TE10 mode • Experiment 3 To determine the Standing Wave-Ratio and Reflection Coefficient • Experiment 4 To measure an unknown Impedance with Smith chart • Experiment 5 Study of Attenuator • Experiment 6 Study the voice communication by using microwave test bench. • Experiment 7 Study the pc to pc communication by using microwave test bench.
Gunn Based Microwave Test Bench
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Gunn Based Microwave Test Bench
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• Experiment 1 Study of V-I characteristics of Gunn Diode • Experiment 2 To determine the frequency & wavelength in a rectangular waveguide working on TE10 mode • Experiment 3 To determine the Standing Wave-Ratio and Reflection Coefficient • Experiment 4 To measure an unknown Impedance with Smith chart • Experiment 5 Study of Attenuator • Experiment 6 Study the voice communication by using microwave test bench. • Experiment 7 Study the pc to pc communication by using microwave test bench. • Experiment 8 Study of following characteristic of Gunn Diode a. Output power and frequency as a function of voltage. b. Square wave modulation through PIN diode
Power Electronics Trainer
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Power Electronics Trainer
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Technical Specifications Mains : 230V AC, 50/60Hz. Fixed DC Power Supply : +5V, -5V, +12V, -12V @500mA. Variable DC Power Supply : 0 to +30V & 0 to -30V @500mA. AC Power Supply : 15-0-15 V @250mA. On-board 4 Channel Firing Circuit. On-board Pulse Transformer : 1:1:1 & 1:1. On-board Load Section : Resistance, Capacitor, Diode & Potentiometer. On-board : Continuity Tester. Power Electronics Components : PUT, DIAC, TRIAC, SCR, UJT, MOSFET. Fuse : 500mA.
Digital Lab Trainer
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Digital Lab Trainer
62
Technical Specifications Size of Breadboard - 172.5 mm x 128.5mm Breadboard - 1685 Tie Points (Solder less) DC Power Supplies - +5V, 1 Amp (fixed) Sort circuit and over load protected - 5V, 500 mA (fixed) Sort circuit and over load protected +12V, 500 mA (fixed) Sort circuit and over load protected -12V, 500 mA (fixed) Sort circuit and over load protected 0 to +15V, 500 mA (variable) Sort circuit and over load protected 0 to - 15V, 500 mA (variable) Sort circuit and over load protected Pulse Generator on Board : Frequency range: 1 Hz to 1 MHz in 6 steps Variable in between the steps. Amplitude: 3V-15V (CMOS), 5V (TTL) Duty cycle: 50 %, TTL/CMOS Manual Pulsar Switches : 2 Nos. (Push Button) Logic Data (Push Buttons) : 10 Bits (TTL= 5 volt & CMOS= 3 -15 volt Sort circuit and over load protected Logic Probe : 10 Bits (TTL/CMOS Mode) High = Red Low = Green Pulse = Mix Hi-z = off BCD to Seven Segment Display : 2 Nos. With TTL & CMOS Modes Zip Socket : 1 Nos. 20 pin Mains Supply : 220V ±10%, 50/60Hz Weight : 3.0 Kg approximately Dimensions (mm) : W 340 x D 250 x H 60