CUWY3SH.A3-6D-1-1-NB1-R18-AUO

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LED Indication - Discrete

The CUWY3SH.A3-6D-1-1-NB1-R18-AUO is part of a series of discrete LEDs used for indicating the status of a circuit or system. This particular device has a single red LED mounted in a standard (2x2x1mm) package.

The operating principle of discrete LEDs is based on the concept of electron hole pair creation when an electric current passes through the PN junction of a semiconductor material. When a positive potential is applied to the N-type material, electrons are diffused across the junction into the P-type material. The corresponding holes created by the transfer of negative charge carriers allow the electrons to flow through the junction in the opposite direction, back into the N-type material. The result of this movement of free electrons and holes is the emission of photons in the visible range, which is seen as the red light of the LED.

The CUWY3SH.A3-6D-1-1-NB1-R18-AUO LED has a wide variety of applications in the electronics industry. It is commonly used to indicate the state of a circuit, such as \'on\' or \'off\'. It can also be used for power supply and battery life indicators, as well as for visual aids in interpreting data or identifying components. The LED\'s modest size and low power consumption make it an ideal choice for portable or limited space devices, such as mobile phones, remote controls and other consumer electronics.

The CUWY3SH.A3-6D-1-1-NB1-R18-AUO LED has a typical forward voltage (Vf) of 2.0V, with a maximum forward current of 20mA and a viewing angle of ±40°. The device has a moderate power dissipation of 25mW, making it suitable for a wide range of applications. Its low-profile package makes it easy to mount and its epoxy resin lens is scratch resistant, making it more durable than most other indicators.

The CUWY3SH.A3-6D-1-1-NB1-R18-AUO LED offers an efficient and cost-effective solution for use in all types of electronic circuits and applications because of its small size, low power consumption, and high contrast and visibility. The versatility of these parts also makes them suitable for use with various logic and control systems, allowing users to autonomously and accurately monitor the status of their systems in real time. By employing this type of device, designers of all types of circuits can be assured of reliable operation, despite any changes in voltage or temperature.

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