593272129013F

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LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

LEDs are a reliable, inexpensive and versatile source of illumination, especially in the field of circuit board indicators. Most circuit boards indicator will contain a circuit board connected to a printed circuit board that connects an LED display and/or an array of LEDs. The majority of consumer electronics also use light bar displays or bar graphs for displaying numbers, such as battery levels, signal strength, etc. In addition, various other items use light bars to display information, such as medical monitoring equipment and consumer wearable devices.

The symbol for an LED light is a tiny circle with a line drawn through it. LEDs have different types of light output including: Infrared (IR) or visible light. Due to their small size, high efficiency and low power consumption, LEDs are often the preferred choice for lighting up circuit boards, as they can be easily connected to the boards via small wires and transistors.

The specific model 593272129013F is a 5 mm sized LED designed to be used as a circuit board indicator. The LED is round in shape with a transparent lens, and is made up of a small LED chip and a series connection of two resistors. The LED has a rated voltage of 3.2V and a power dissipation of 0.23 watts. It is typically used with the 594262CSM voltage regulator to operate at the desired voltage and current.

The 593272129013F has various applications, such as signaling, lighting, backlighting, medical equipment, warning signs, and notification systems. It has a power dissipation of 30V and is also capable of producing very bright light in extremely low current consumption. The LED of this model is also resistant to shock, moisture and vibration, and is compatible with any standard connector.

In terms of the working principle, a simple circuit is required for connecting the 593272129013F to an audio or video system. In this circuit, the voltage regulator ensures a constant voltage to the LEDs and one or two resistors reduce the current and voltage. The two resistors act as a voltage divider and current limiter, allowing the circuit board to control the light output of the LED.

When the electrical signal (or audio/video signal) is applied to the circuit, the LEDs beginning to produce light. Because the LED only activates when it receives a signal, it is often referred to as an ‘active’ illumination. The active luminescence of the LED is far superior to traditional incandescent lighting in durability, intensity and lifespan.

The LED makes a great choice for circuit board indicators as it is a reliable and energy-efficient source for illumination, but also for its low cost, simple installation, and low maintenance.

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