LED plug has a LED with a current limiting resistor which can be used as indicator in various projects. This PCB design enables you to bend the LED to any position as per the user’s need and also this plug can be mounted anywhere using screws. This plug is available in different colors.
Specification
● Operating voltage: 5V ●
Size: 15mm x 20mm
Variants 1.
Diffused a. Red b. Yellow c. Green
2. Clear a. IR
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Product Manual: LED Plug
b. UV c. White d. Red e. Yellow f.
Green
g. Blue
Supported cables: 1.
3-3 A
2. 4-3 A
Details
LED plug is a digital output device. It has a interfacing port with three pins named as G, V & D. Here G represents Ground , V represents VCC and D represents Data pin through which LED is controlled.
How to interface?
Use either of the supported interface cables to connect this LED plug to the controller board. If 4-3A cable is to be used then 3pin end of the cable is connected the LED plug. If 3-3A wire is to be used then any end of the wire can be connected to the LED plug. Always ensure that black wire of the cable is connected to the G pin. In the below given pictures one can see 4-3A cable is used to connect LED plug to the Pluguino Board. The data pin of the LED plug is connected to the 12th GPIO pin on the controller board. By controlling the voltage at the 12th GPIO pin of the controller one can control the state of the LED.
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Product Manual: LED Plug
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Product Manual: LED Plug
State of D pin on the LED PLUG
LED plug response
LOW
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Product Manual: LED Plug
HIGH
In this example, we are going to blink an LED with 1 second delay that means LED turns ON for one second and turns OFF for another second.
// making 12th pin HIGH so that LED turns ON // wait for 1 second delay so that LED stays ON for 1 second // making 12th pin LOW so that LED turns OFF // wait for 1 second delay so that LED stays OFF for 1 second
Jun 5, 2017 - In this example, we are going to blink an LED with 1 second delay that means LED turns. ON for one second and turns OFF for another second. Example Codes. Code 1: Arduino void setup(). {. pinMode(12,OUTPUT); // define 12th GPIO pin as OUTPUT pin. } void loop(). {. digitalWrite(12,HIGH); // making ...
