LED DISPLAY

This 14.22-mm (0.56-in.) LED seven-segment display uses industry-standard size package and pinout. The device is available in either common anode or common cathode. The choice of colors includes High Efficiency Red (HER), Green, AlGaAs Red, and Yellow. The displays are suitable for indoor use.

Features

•  Industry standard size.
• Industry standard pinout 14.22-mm (0.56-in.) DIP lead on 2.54 mm. 
• Choice of colors High Efficiency Red (HER), Green, AlGaAs Red, and Yellow. 
• Excellent appearance Evenly lighted segments package gives optimum contrast ± 50° viewing angle.
•  Design flexibility Common anode or common cathode Single digit Right-hand decimal point.
• Categorized for luminous intensity Green and yellow categorized for color 

Applications

•  Suitable for indoor use.
•  Not recommended for industrial application, that is, operating temperature requirements exceeding +85°C or below –25°C (for additional details, contact your local Broadcom® sales office or an authorized distributor).
•  Extreme temperature cycling not recommended

We have a variety of colours availabe in 3mm DIP LED.
We also have full stock of 8mm DIP LED 
With all colours available 

It is a 3mm DIP LED. An LED is a two-lead semiconductor light source, which emits lights when activated. When an appropriate voltage is applied to the LED terminal, then the electrons are able to recombine with the electron holes within the device and release energy in the form of photons. This effect is known as electroluminescence. The color of the LED is determined by the energy bandgap of the semiconductor.

This LED is 5mm Red Clear. When turned on, an LED is a semiconductor light source with two leads that produces light. The electrons in the device can recombine with the electron holes when the proper voltage is provided to the LED terminal, releasing energy in the form of photons. We call this phenomenon electroluminescence. The semiconductor's energy bandgap dictates the colour of the LED.

It is a GaP-constructed, 3mm through-hole LED lamp chip that is extremely brilliant yellow. It has an IC compatible lens, a strong light output, dependability, durability, and a green diffused lens.Operating temperature range: -25 to 85°C; lead solder temperature: 230°C for 5 seconds

A light source made of semiconductors is called a yellow light-emitting diode (LED). Many gadgets employ LEDs as indicator lamps, and they are also being used more and more for other types of illumination. It illuminates yellow light and has a yellow led-like appearance.
The series is specifically made for uses where more brightness is required. There are several hues and intensities of the LED bulbs.

They are employed in several applications, including
Television set
Observe
Cell phone
System
Panel of Project Indicators

AlInGaP chip-based 1206 monochromatic SMD LED with a water-clear lens. Keypads for mobile and portable devices, indoor and outdoor message boards, flat backlights for LCDs, switches, and symbols, traffic and industrial control system displays, miniature colour effects, and pedestrian markings are all good uses for it.

This surface-mount LED is red. When turned on, an LED is a semiconductor light source with two leads that produces light. Electroluminescence is the word for the phenomenon that occurs when a suitable voltage is supplied to the LED terminal, causing the electrons to recombine with the electron holes inside the device and release energy in the form of photons. The LED's colour is determined by the energy bandgap between the semiconductors.

This surface-mount LED is yellow. When turned on, an LED is a semiconductor light source with two leads that produces light. Electroluminescence is the word for the phenomenon that occurs when a suitable voltage is supplied to the LED terminal, causing the electrons to recombine with the electron holes inside the device and release energy in the form of photons. The LED's colour is determined by the semiconductor's energy bandgap.
These days, a growing number of enthusiasts are utilising surface mount technology. Hot air and hotplate reflow ovens are among the inexpensive techniques that hobbyists in electronics are using to reduce the size of their projects to unprecedented levels of mobility.