Features of the Trainer
Power supply
Voltage range : AC 100V – 230 V
Frequency range : 50 – 60Hz
Housing
It is housed in an elegant metal cabinet(CNC Machine finish)
Dimension
45 cms X 45 cms X 18 cms.
Weight
6 Kgs
This trainer is a glass-epoxy printed circuit board and all the symbols screen-printed on the front panel so that it enables the student to conduct the experiments easily
Accessories:
• 2mm multi coloured moulded patch cords with daisying facility.
• Computer simulated outputs and Step-By-Step detailed instructions are provided with the instruction manual.
• Solar Cell
• LVDT.
• Thermistor.
• Thermocouple
• RTD.
• 6 V Bulb.
• Multimeter.
• Thermometer.
• Microphone.
• Limit Switch.
• DC Motor.
• Ultra Sonic Sensor.
• Aligner.
X-37 SENSOR TRAINER
To Study the characteristics of various sensors viz Industrial sensors, Optical sensors, Thermal sensors and magnetic sensors.
List Of Experiments
• To study LDR as part of a voltage divider.
• To study LDR being used as part of the resistive feedback network of a non-inverting op-amp circuit.
• To study the photodiode characteristics.
• To study photodiode in its PHOTOVOLTAGE MODE driving an op-amp.
• To study photodiode in its photoconductive mode as part of a voltage divider circuit.
• To study the phototransistor characteristics.
• Observe the operation of an opto coupler IC.
• Demonstrate the logic level conversion using an opto coupler.
• Show the isolation provided by an opto coupler.
• To study of Solar Energy .
• To study the solar cell when placed in direct sunlight or close to incandescent light bulbs generate power similar to batteries.
• To study the 2 Wire RTD In A Potentiometer Circuit
• To study the characteristics of thermocouple.
• To observe the change in output voltage with the change in temperature.
• To study the characteristics of thermistor
• To study the Magnetic Amplifier with the help of HALL EFFECT principles. HALL EFFECT occurs as current flows through a semiconductor material in under the influence of a magnetic field.
• To study the Characteristics of Dynamic Microphone
• To study the LVDT characteristics. The built in 4KHz oscillator generates sine wave. The LVDT produces a difference when we apply force to it and it is rectified
• Study of LIMIT SWITCH
• Study of ULTRASONIC SENSORS
• Study of PRESSURE SENSOR
• Study of INSTRUMENTATION AMPLIFIER
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