593202324313F

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5mm Bi-color Diffused LED - 593202324313F

5mm bi-color diffused LED, 593202324313F, is a type of light emitting diode commonly used in a variety of applications. These bi-color LEDs are usually constructed out of a plastic or ceramic housing which contains two different colored die, one red or orange and the other green or yellow. These two different colors can be combined to create a wide range of colors to create the desired light output. The 593202324313F is a high quality, low power bi-color diffused LED that delivers more than 250mcd of emission power at 25mA.

Application Field

5mm Bi-color Diffused LED - 593202324313F are widely used in circuit board indicators, arrays, light bars, bar graphs and other applications.

• Circuit Board Indicators: 593202324313F are commonly used in circuit board indicators such as power indicators, status indicators, warning indicators and communication indicators.
• Light Bars: 593202324313F are highly versatile and can be used in light bars to create indicators for a wide range of functions including security alarm systems, circuit board testing, military applications, and more.
• Bar Graphs: 593202324313F are excellent for creating bar graphs that indicate levels of performance, noise and other information.

Working Principle

5mm Bi-color Diffused LED - 593202324313F are based on the semiconductor diode principle in which a current applied. Current is then passed through the semiconductor and emits radiant energy in the form of visible light. The two different colored diodes within the LED housing allow the LED to produce a wide range of color combinations. By changing the electrical current sent to the LED, the LED can be driven to produce a variety of light output which makes them suitable for a wide range of applications.

The 593202324313F is an efficient and cost effective solution for a number of different applications. With their wide range of colors, high light output and low power consumption, they are an excellent option for many projects and applications.

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