The wavelength calculation of infrared emitting LEDs is a complex process involving multiple fields such as optics, semiconductor physics, and materials science. Understanding this calculation process not only helps us gain a deeper understanding of the working principle of LEDs, but also provides important theoretical……

The thermal energy radiated by infrared LED beads is a complex and variable problem, and its size depends on various factors, including the power, wavelength, working environment, and heat dissipation conditions of the beads. In order to gain a deeper understanding of the thermal energy radiated by infrared LED chips, ……

Infrared receiving LED, also known as infrared receiving diode, is a semiconductor device that can receive infrared light and convert it into an electrical signal. Infrared receiving LEDs have a wide range of applications in remote control, wireless communication, optoelectronic sensors, and other fields. Below, we wil……

Sensor LED beads, as a common component in modern electronic devices, are widely used in various fields such as lighting, display, communication, and indication. Its unique structure and principle make LED beads highly efficient, energy-saving, environmentally friendly, and have become a research hotspot in the field o……

Laser bead, also known as laser diode, is a semiconductor device that can convert electrical energy into light energy. Due to its unique optical properties, laser beads have a wide range of applications in multiple fields. This article will explore in detail the application scope of laser beads, including entertainment……

Piranha LED bead, also known as Super Flux LED, is a high brightness LED bead named after its shape resembling the mouth of a piranha. Piranha beads have attracted much attention due to their high brightness and wide range of applications. So, where are piranha beads usually used? Firstly, piranha beads have a wide ran……

Piranha LED beads are a common type of LED bead, widely used in various lighting and display fields due to their high efficiency, high brightness, and long lifespan. In the circuit, piranha LED beads require an appropriate resistor to control the current to ensure their proper functioning. So, should a larger resistor ……

The issue of being able to cut the pins of plug-in LED light beads one long and one short is related to the manufacturing process and practical application of LED light beads. In the production process of LED chips, in order to adapt to different application scenarios and circuit connection methods, sometimes the legs ……

High power infrared receiving LED is a high-efficiency, short-lived, and environmentally friendly lighting source widely used in UV disinfection, water purification, curing light sources, and other fields. Understanding the wattage of infrared receiving LEDs is crucial when selecting them. Here is a simple guide to hel……

Phenomenon of Leakage in Plug in LED Beads: 1. There are defects in the quality of the chip inside the plug-in LED bead, which can lead to leakage due to poor manufacturing or design. 2. The chip inside the plug-in LED light bead is contaminated, which is a common and frequent problem. The reason may be due to not payi……

Infrared LED beads are a common light-emitting device widely used in various lighting and display devices. Understanding the voltage value of infrared LED chips is crucial when designing and applying them. This article will introduce how to calculate the voltage value of infrared LED beads. Firstly, we need to understa……

The principle of surface mount LED emission: The terminal voltage of the PN junction forms a certain potential barrier. When a forward bias voltage is applied, the potential barrier drops, and the majority carriers in the P and N regions diffuse towards each other. Due to the much higher electron mobility than hole mob……