FLPR3.0-SG

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In this article, we will discuss the application field and working principle of FLPR3.0-SG, which belongs to the LED - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs category.

FLPR3.0-SG is a high-performance LED light bar designed for use in a variety of Arduino-based projects and for general purpose lighting applications. It is composed of a linear array of ultra-bright LEDs with a white diffuser lens for uniform light distribution. The light bar has a maximum power draw of 25mA per unit at 5V. It will work with any microcontroller that runs on a 3.3V-5V operating voltage. Its dimensions are 36mm long, 10mm wide, and 2mm thick.

The FLPR3.0-SG is designed with an easy-to-use mounting system that can be mounted directly to most standard Arduino boards. The light bar also features an integrated light shield that blocks out unwanted light. In addition, the light bar can be daisy-chained with other similar lighting devices to create multi-dimensional lighting effects.

The FLPR3.0-SG has a number of applications in certain industries, such as the automotive, home automation, and transportation industries. It can be used as an LED lighting indicator for door lock systems, security systems, navigation systems, warning lights, and more. In addition, it can be used to create various lighting effects in vehicles.

The FLPR3.0-SG is a light bar that works on a basis of alternating current in order to light up the LEDs. It has two main components: a circuit board and a power supply. The power supply converts the alternating current into direct current, which is then used to power the circuit board. The circuit board is connected to the LEDs and the power supply, and is responsible for providing electrical signals that turn the LEDs on and off.

When the power supply converts the AC signal into DC, a voltage is created across the LEDs. This voltage is known as a forward-voltage drop, and it is responsible for the current flowing through the LEDs. As the current flows through the LEDs, their brightness is determined by the current and voltage applied. The higher the current and voltage applied, the brighter the LEDs will be.

In addition to the power supply, the circuit board is also responsible for controlling the brightness of the LEDs. It does this by regulating the current and voltage applied to the LEDs. The current and voltage can be adjusted by using physical switches, resistors, and capacitors.

The FLPR3.0-SG is a great example of how LEDs can be used in various applications. From automotive applications to home automation, it can help provide lighting solutions that are efficient and customizable. With its integrated light shield, it is ideal for any project that requires stable illumination.

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