APHBM2012LQBDCGKC Optoelectronics

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LED Indication - Discrete

Discrete LED indication uses light-emitting diodes (LEDs) to communicate object (object-data) or message-data or both. The use of LEDs as a display technology offers many advantages including energy savings, fast-response time, superior durability, low power consumption, and excellent contrast. The following will discuss the application field and working principle of APHBM2012LQBDCGKC.

Application Field

The APHBM2012LQBDCGKC is an ultra-high efficiency and compact discrete LED solution designed for a variety of applications, such as industrial, automotive, medical, military, aerospace, and public signage. The device is specifically designed to provide bright, accurate, visible and attainable warning, information, alert and/or status displays for device and system monitoring. Additionally, the device\'s wide viewing angle and superior thermal performance make it suitable for a wide range of applications.

Working Principle

Discrete LED indication enables users to control, monitor, and display information with a single light-emitting diode (LED). When power is applied to the LED, it will light up the LED which displays the desired message or data. When the LED is “on”, electrons flow across the p-n junction and recombine to create photons. The light emitted is based on the wavelength of the LED. LEDs typically have a power rating of 2V, 5V or 14V, depending on the type of LED.

The LEDs can be turned on or off using a variety of different configurations, including manual, automated, logic, and microcontroller-based systems. Manual systems are simple and relatively inexpensive. Automated systems, on the other hand, are more complex and have the ability to control different parameters such as intensity, color, and duration. Logic systems are also used, as they enable system control by providing a few digital inputs to control multiple discrete outputs. Microcontroller-based systems are the most commonly used, as they allow for maximum flexibility and the ability to customize the lighting characteristics.

The APHBM2012LQBDCGKC shows improved uniformity and power efficiency in a very small form factor. It also offers multiple color options, and higher brightness levels compared to other LED solutions. The device also has an integrated thermal sensor which helps to reduce power consumption and heat dissipation, as well as improve uniformity and stability. The device\'s low power consumption and solid-state design give it an edge over other LED solutions in terms of durability and reliability. Additionally, its sunlight readability makes it ideal for outdoor applications.

Discrete LED indication is an ideal solution for a wide range of applications and the APHBM2012LQBDCGKC has been specifically designed to meet these needs. With its wide range of features, excellent performance, and high reliability, this LED solution is sure to be a great choice for any application.

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