H485CGYGYDL

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LEDs are used in a variety of applications, from home lighting to automotive lighting, for interior and exterior lighting. LED lighting can also be used for medical applications and industrial applications where illumination, safety and durability are required. Among the various LED products, LEDs circuit board indicators or device, LEDs arrays, light bars, and bar graphs are used for various applications. The H485CGYGYDL is a water-clear high intensity LED, which combines characteristics of both red and green and displays in yellow, with a super bright lamp. It is a high intensity super bright lamp indicator for LCD applications.

H485CGYGYDL Application Field and Working Principle

The H485CGYGYDL can be used in numerous applications, and the choice of application depends on the application field and requirements. The H485CGYGYDL is mainly used in LCD applications and other related fields, such as medical apparatus, consumer products and automotive industry. The H485CGYGYDL features a super bright lamp indicator for LCD and a superior lifespan, so it can be the perfect choice for the application fields mentioned above.

The H485CGYGYDL LED works by transforming electrical energy into light energy and when voltage is applied to the electrodes, electricity flows through the LED circuit and emits light. The LED chip is also connected to an anode and a cathode and these terms refer to the electrical potential difference between the terminals and how light is created. The anode is positive while the cathode is negative, so like a diode, current will only flow in one direction and it is this directional current that causes the electrons to become energized and emit photons.

An LED chip emits light when electrical current passes through it, which generates a voltage drop between the anode and cathode. The voltage drop is determined by the size of the chip and the temperature, and is expressed as the forward voltage. This forward voltage helps to determine the amount of current that is needed to make the LED light up. So when the forward voltage is higher, more current is needed to get the LED to light up, and when the forward voltage is lower, the LED lights up at a lower current.

When voltage is applied to an LED, the electrons become excited and begin to move from the negative side to the positive. As they move, energy is released in the form of photons, which is visible as light. This happens when electrons move from the valence band to the conduction band, and the photon\'s colour is determined by the band gap of the material.

The H485CGYGYDL LED is typically rated at a forward voltage of 3.2-3.4V and a forward current of 10-20mA, although the exact specifications depend on the application. The LED is capable of providing a light output of up to 4.5 to 5.3 cd/ m2 depending on the lens design.

The H485CGYGYDL LED is a highly efficient LED, producing a large amount of light from a small amount of energy. This LED can be used in various applications and display options. For example, it can be used for signs, indicators and displays, for backlighting LCDs for display systems, and for indicator lights on consumer electronics. It is also suitable for automotive lighting applications, and can provide bright, easy to read displays.

The H485CGYGYDL LED is a highly efficient LED with long lifespan and excellent brightness, making it a popular choice for various applications, including LCDs and indicator lights, automotive lighting, and more.

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