Introduction: IR Remote Tester
Infrared remote sensor is a basic electronic component nearly used in all types of appliances whether it is a domestic or a professional device. These sensors work on the principle of light emitting or detecting infrared radiations. When a signal is passed from the electronic device, the sensors will detect the radiation in its limited area of network and makes the device to be turned on or off.
Infrared sensors are used extensively in various applications because of its wide range of applications. Infrared signals detect the light emitted from the source signal to be detected and works on the principle of radiation. The detect the objects around them by switching the signal from the device, they can also measure heat and can works as a motion detector. This is the basic principle of IR sensors, let’s make it understand practically.
Step 1: Circuit Diagram
Step 2: Insert the BC 557 Transistor on the Bread Board
Step 3: Insert the TSOP 1736 Sensor on the Bread Board
Step 4: Connect the Emitter of Transistor to the Positive Rail of the Bread Board and Connect the Ground of TSOP 1738 to Ground.
Step 5: Connect the LED on Bread Board Then It Will Look Like This
Step 6: Connect the Collector of the Transistor to the Anode of the LED
Step 7: Connect the Base of the Transistor to the Output of TSOP 1738 With 120k Resistor
Step 8: Connect the 330 Ohm Resistor From the Vcc of TSOP 1738
Step 9: Connect the Diode to the Positive Rail of the Diode to 330k Ohm Resistor
Step 10: Connect the Anode of LED to Negative Rail of the Bread Board and Connect 9v Battery 9v Battery Clip
Step 11: Connect Positive Terminal Positive Rail of the Bread Board and Negative to Negative Rail of Bread Board.
Step 12: Our Circuit Is Ready to Control, As Soon As We Pressed the Button Og the Remote the IR Sensor Detects and LED Blinks
and we press the button again the Led stops glowing as shows
So this is the basic principle of IR sensor functioning and operation.