SMD LEDs

Mount LED Diode on a good heatsink, a metal plate, add some fan, this is necessary because you have to " remove "the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the centers of placement of the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them.
Characteristic:
- Chip 28x47mil
- Voltage: 2.85-3.85V
- Current: 350mA - Luminous flux: 120-130LM
- Beam angle: 130 degrees

Mount LED Diode on a good heatsink, a metal plate, add some fan, this is necessary because you have to " remove "the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the centers of placement of the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them.
Characteristic:
- Chip 28x47mil
- Voltage: 3.0-3.2V
- Current: 300mA - Luminous flux: 120-130LM
- Beam angle: 130 degrees

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - 32mil Chip
- Voltage: 2.2-2.4V
- Current: 300mA
- Luminous flux: 40-50LM
- Ã beam angle: 120 degrees
- Color emission: red

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - 32mil Chip
- Voltage: 3.2-3.4V 
- Current: 350mA 
- Luminous flux: 100-110LM 
- Ã beam angle: 140 degrees 
- Color emission: pink

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - 30mil chip
- Voltage: 3.0-3.2V
- Current: 300mA
- Luminous flux: 70-80LM
- Ã beam angle: 120 degrees
- Color emission: green

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - 32mil Chip
- Voltage: 2.2-2.4V
- Current: 300mA
- Luminous flux: 40-50LM
- Ã Beam angle: 120 degrees
- Color emission: yellow / orange

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - Chip 28x47mil
- Voltage: 3.0-3.2V
- Current: 300mA
- Luminous flux: 20-30LM
- Ã beam angle: 120 degrees
- Color emission: blue

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them. Characteristic: - Chip 28x47mil
- Voltage: 3.1-4.1V
- Current: 700mA
- Luminous flux: 39-55LM
- Ã beam angle: 120 degrees
- Color emission: blue

Mount LED Diode on a good heatsink, a metal plate, add a fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer to place a little bit of thermal silicone in each of the diode's placement centers.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.
Important to keep in mind the diodes generate a lot of light intensity and very concentrated.
Avoid looking directly at them once they are turned on and wear protective glasses when working with them.

Characteristic:

- Voltage: 3.2-3.6V

- Current : 700mA

- Luminous flux: 5-8LM

- Beam angle: 140 degrees

- Colour emission: Ultraviolet

3x LED Base Plate Heat Sink 1W 3W 5W features:
- Outside diameter: 20mm
- Quantity: 3 units

5x Power LED Aluminum Heat Sink 1W 3W features:
- Outside diameter: 36mm
- Height: 15mm
- Quantity: 5 units

3x Power LED Aluminum Heat Sink 3W 5W features:
- Outside diameter: 36mm
- Height: 30mm
- Quantity: 3 units

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - a light output of up to 120 lumens / watt (twice as much as LED SMD)
- the light intensity is greater without the need to concentrate the beam of light
- greater durability
- opening angle of up to 160ºC
- multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer.
Place a little thermal silicone in each of the diode placement centers.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone-coated tablet
The advantages of LED COB:
- A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Opening angle of up to 160º

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet.
The advantages of LED COB:
- A luminous performance of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without needing to concentrate so much the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light
Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A luminous performance of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without needing to concentrate so much the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light - Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little thermal silicone in each of the placement centers of the diodes
- The thermal paste increases the thermal transfer between the diode and the metal plate used as circuit

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

The aluminium heatsink for 3W to 5W LEDs. It is 10cm long, 2.5cm wide, 1.0cm high.

Aluminum Heat Sink 15cm 2cm LED 1W 3W features:
Aluminum heatsink for LED 1W-3W, Length: 15cm, Width: 2.0cm, Height: 0.6cm.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - a light output of up to 120 lumens / watt (twice as much as LED SMD)
- the light intensity is greater without the need to concentrate the beam of light
- greater durability
- opening angle of up to 160ºC
- multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer.
Place a little thermal silicone in each of the diode placement centers.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer.
Place a little thermal silicone in each of the diode placement centers.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer.
Place a little thermal silicone in each of the diode placement centers.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - a light output of up to 120 lumens / watt (twice as much as LED SMD)
- the light intensity is greater without the need to concentrate the beam of light
- greater durability
- opening angle of up to 160ºC
- multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the board so that the LEDs last longer.
Place a little thermal silicone in each of the diode placement centers.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - a light output of up to 120 lumens / watt (twice as much as LED SMD)
- the light intensity is greater without the need to concentrate the beam of light
- greater durability
- opening angle of up to 160ºC
- multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

COB LEDs are built as a matrix of LEDs, that is, a concentration of LEDs in a silicone coated tablet. The advantages of LED COB: - A light output of up to 120 lumens / watt (twice as much as LED SMD)
- The light intensity is greater without concentrating the beam of light
- Greater durability
- Angle of opening up to 160ºC
- Multidirectional light Mount LED diode on a good heatsink, add some fan, this is necessary because you have to "remove" the heat from the surface of the plate so that the LEDs last longer to place a little bit of thermal silicone in each of the placement centers. the diodes.
The thermal paste increases the thermal transfer between the diode and the metal plate used as a circuit.

Strip of 300 warm white coloured LED lights, 5 metres long.

RGB LED Strip WS2812B Black 1m 30 LED/M IP65 features:
- RGB LED WS2812B
- WS2812B are LEDs that have integrated logic, making it possible to vary the color of each LED in a way individual
- WS2812B includes a built-in inside each LED, which allows each pixel to be accessed individually
- For this reason, these types of LEDs are called individually indexable.
- They are based on the 5050 LEDs
- 30 individually indexable LED diodes
- 24-bit color control (8-bit PWM per channel)
- 16.8 million colors per LED
- Communication One-wire
- Power: 5 V
- Width: 11 mm
- Thickness: 2.6 mm
- Length: 1 meter
- Consumption: 1.8A (all white)
- Waterproof
- With 3M adhesive

WS2812B RGB LED Strip White 1m 30 LED/M IP65 features:
- IP65 RGB Addressable Smart Arduino
- RGB LED WS2812B
S2812B are LEDs that have integrated logic, so it is possible to vary the color of each LED individually
S2812B includes a built-in inside each LED, which allows each pixel to be accessed individually
- For this reason, these types of LEDs are called individually indexable
- They are based on the 5050 LED
- 30 individually indexable LED diodes
- 24-bit color control (8-bit PWM per channel)
- 16.8 million colors by LED
- One-wire communication
- Power: 5 V
idth: 11 mm
- Thickness: 2.6 mm
- Length: 1 meter
- Consumption: 1.8A (all white)
ater resistant

WS2812B are LEDs that have built-in logic, making it possible to vary the color of each LED individually. WS2812B includes a integrated inside each LED, which allows each pixel to be accessed individually. For this reason, these types of LEDs are called individually indexable.

RGB LEDs WS2812B
WS2812B are LEDs that have integrated logic, so it is possible to vary the color of each LED individually.
WS2812B includes an integrated inside each LED, which allows access to each pixel individually. For this reason, these types of LEDs are called individually indexable.
They are based on the 5050 LED. 30 individually indexable LEDs.
24-bit color control (8-PWM) -bit per channel)
16.8 million colors per LED
One-wire communication
Power: 5 V
Width: 11 mm
Thickness: 2.6 mm Length: 5 meters
Consumption: 1.8A (all white)
Waterproof
With 3M adhesive
Input and output terminals (data and power) Links
https://learn.adafruit.com/adafruit-neopixel-uberguide/>

RGB LED SMD5050 WS2812B with white packaging, waterproof level IP20.
They are smart that are used to create places with decorative lighting, lighting the information screens located inside and outside facilities.
They must be integrated to be operated with the help of any type of smart strip controllers, which can be: autonomous (offline), subordinate (online), light scattering ( to create musical lights) and programmable (control). LED RGB 5050 WS2812B White features:
- Power supply: +3.7 - +5.3 VDC
- Logic input voltage: VDD-0.5～VDD + 0.5
- Operating temperature: -25 ° C - + 85 ° C
- Storage temperature: -40 ° C - + 105 ° C - 4 pins: 1- VDD: LED power supply
2- DOUT: Control data signal output
3- GND: Ground connection

- 4 RGB LED panel with digital control to be connected in cascade to complete the reception and decoding of the data
- The light emitted is very powerful and can generate millions of colors thanks to the RGB device Panel Boards with 4-bit Precise Control 4 RGB LED 5050 CJMCU-2812-4 5V features:
- Operating voltage: 5 V
- LED color: RGB
- Number of LEDs: 4 (2 rows and 2 columns)
- Intelligent reverse polarity protection, the reverse polarity of power supply will not damage the IC
- IC control circuit
- Very powerful LED light
- 4 polarities:
      - VCC: positive power voltage
      - GND: ground connection
      - IN: input signal for cascade connection
      - OUT: output signal for cascade connection

Addressable 5050 RGB LED bar (5mm x 5mm) with low current draw. LEDs can be joined by connecting the output of one module to the input of another.
Data line with a very specific protocol, requires a real-time microcontroller AVR, Arduino, PIC, mbed, etc. A minimum 8 MHz processor is required.

4 RGB LED panel with digital control to be connected in cascade to complete the reception and decoding of the data.
The light emitted is very powerful and millions of colors can be generated thanks to the RGB device. 40 LED RGB Digital Panel Adafruit Neopixel with Connectors 5050 Matrix features:
- 40 individually addressable RGB LEDs (NeoPixels based on SK6812 or WS2812B) arranged in a 5 × 8 matrix
- 24-bit color control (8-bit PWM per channel); 16.8 million colors per pixel
- The digital control interface of a single cable requires only one Arduino pin (the default pin can be customized)
- Operating voltage range: 4 V to 6 V (connected to the 5 V Arduino rail by default)

WS2812B are LEDs that have built-in logic, making it possible to vary the color of each LED individually.
WS2812B includes a integrated inside each LED, which allows each pixel to be accessed individually.
For this reason, these types of LEDs are called individually indexable.
They are based on the 5050 LED. 

WS2812 RGB 5050 Smart Addressable 5V Arduino LED WS2811 features:
- WS2812 are LEDs that have built-in logic, making it possible to vary the color of each LED individually
- WS2812 includes an integrated inside each LED, which allows access to each pixel individually. For this reason, these types of LEDs are individually indexable.
- They are based on the 5050 LED
- 24-bit color control (8-bit PWM per channel)
- 16.8 millions of colors per LED
- One-wire communication
- Power: max. 5 Vdc
- Current: 18.5mA
- Input and output terminals (data and power)

WS2812B are LEDs that have built-in logic, making it possible to vary the color of each LED individually.
WS2812B includes a integrated inside each LED, which allows each pixel to be accessed individually.
For this reason, these types of LEDs are called individually indexable.
They are based on the 5050 LED. 

This RGB LED strip is based on LED WS2812. It is equipped with 30 LEDs and has a length of 5 metres. You can easily control the behaviour of these LEDs using the included remote control or using your mobile phone via Bluetooth. Watch the video for more info.

This chain has DC5V LEDs that have built-in logic, so it is possible to vary the colour of each LED individually.

WS2811 includes a built-in integrated inside each LED, which allows access to each pixel individually. Black background

Easy programming with Arduino, ESP32, ESP8266, etc. 

Strip of 300 cold white coloured LED lights, 5 metres long.

Programmable LED module with flexible display, 64-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.

Programmable LED module with flexible display, 256-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.

Programmable LED module with flexible display, 256-pixel matrix light, individually addressable. WS2812B are LEDs that have integrated logic, so it is possible to vary the colour of each LED individually. WS2812B has a built-in integrated logic within each LED, which allows access to each pixel individually. For this reason these LEDs are called individually indexable. They are based on the 5050 LED.