334-15/F1C2-1VWA

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LED stands for light emitting diode, and it is a semiconductor light source. There are different types of LEDs, such as discrete, linear, and multiplexed. Discrete LEDs are commonly used in applications such as indicator lamps, panel lights, and buzzers. The most common discrete LED is the 334-15/F1C2-1VWA. This article will discuss the application field of this discrete LED and the working principle behind it.

The 334-15/F1C2-1VWA discrete LED is a high reliability and high efficiency light source that is often used to provide visual indication. It can be used to indicate power, alert, emergency, or any other type of notification. The LED is constructed with a silicon body and clear lens, making it easy to see the light produced by the device. The output voltage and current of the LED are 0.8 volts and 30mA respectively, making it highly efficient. Additionally, the LED is RoHS compliant, meaning that it is free of hazardous substances, making it environmentally-friendly.

In terms of its application field, the 334-15/F1C2-1VWA is typically used in automotive, medical, aviation, and industrial applications. In automotive applications, these LEDs are commonly used for backlighting of digital displays, warning indicators, and driving lights. In aviation, they are used for instrument panels, exterior lighting, and beacon lights. In medical applications, they are used for MRI and X-ray illumination, and in industrial applications, they are used for panel and machine indicator lights.

The working principle behind 334-15/F1C2-1VWA discrete LED is fairly simple. The LED is powered with a direct current (DC) voltage. When the voltage reaches to 0.8 volts, the LED will turn on and emit the light. If the current is increased, the LED will become brighter, and if the current is decreased, the LED will become dimmer.

The 334-15/F1C2-1VWA discrete LED is a reliable, efficient, and durable light source that is highly versatile and can be used in a wide variety of applications. Its simple working principle makes it easy to use and understand, making it a popular choice for industrial, medical, automotive, and aviation applications.

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