FLPR9.0-UBW.6K

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LEDs are common components used in circuit board indicators, arrays, light bars, and bar graphs. The FLPR9.0-UBW.6K is designed specifically for such applications, utilizing a common anode design. The FLPR9.0-UBW.6K is often used in low voltage applications, such as industrial controllers, lighting, and even automobile lighting, where an ultrawide beam angle and a low power consumption are desired.

Most LEDs traditionally used in circuit board indicators, arrays, light bars, and bar graphs are low input current single-resistor devices. The FLPR9.0-UBW.6K features an innovative design which utilizes two resistors, one in the anode and one in the cathode. This design reduces wastage of energy through excessive current, as well as provides a more even illumination over a large angular spread.

The two resistors of the FLPR9.0-UBW.6K are separately adjustable. This allows the user to control the current supplied to the device, as well as the angular spread, making it ideal for low voltage applications. Additionally, the device features a corrugated construction, which provides further protection against voltage and current fluctuation.

In circuit board indicators, arrays, light bars, and bar graphs, the FLPR9.0-UBW.6K delivers outstanding performance. Its ultra-wide beam angle makes it an ideal choice for lighting, such as illuminated signs and symbols, or pathways and hallways. Its excellent heat dissipation ensures that power consumption is kept to a minimum, further enhancing its efficiency.

The FLPR9.0-UBW.6K works on the principle of using current to create light. At its core it consists of two separate light-emitting diodes, each individual diode having an electrical contact at one end and an anode at the other. When the current is passed through the device, the electrical contacts allow electrons flow through the diodes, liberating energy which then radiates in the form of light.

In the case of the FLPR9.0-UBW.6K, the two separate light-emitting diodes each consist of two resistors. The anode resistor controls the current, while the cathode resistor is adjustable and works to adjust the angular spread. This allows users to adjust the current and adjust the angle at which the device illuminates.

The FLPR9.0-UBW.6K provides an efficient and effective solution for circuit board indicators, arrays, light bars, and bar graphs. Its adjustable resistors allow users to control the current and angular spread, making it ideal for industrial and automotive applications. Its unique design also ensures that energy wastage is reduced, maximizing efficiency. The ultrawide beam angle ensures it is a great choice for lighting, with excellent heat dissipation ensuring low power consumption.

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