LG A679-E2H1-1-0-2-R33-Z

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LED (Light Emitting Diode) indicator is one of the most common types of discrete LED in the electronics industry. LED indicators can be used for everything from displaying basic information to signaling trouble or malfunction, and are widely used in digital circuits, automotive systems, and consumer electronics. The LG A679-E2H1-1-0-2-R33-Z is a type of discrete LED indicator designed for a variety of applications.

The LG A679-E2H1-1-0-2-R33-Z is a low power, high efficiency discrete LED indicator that features an ultra-small form factor and a low profile. The indicator has a maximum intensity rating of 11,000 lux candles and is designed to operate at a nominal voltage of 3.3V. It is available in both red and yellow colors, and is capable of withstanding temperatures up to +105°C. The indicator is RoHS compliant and UL recognized.

One of the main applications for the LG A679-E2H1-1-0-2-R33-Z is for indicating general device status in automotive, industrial, and consumer electronics applications. This discrete LED can be used to indicate when a device is on, when a signal is received, when a battery is low, or even when a system is functioning normally. It is often used as an LED indicator in laptop computers and other digital devices to signal whether a device is connected in standby or operating modes.

The LG A679-E2H1-1-0-2-R33-Z indicator works via the application of a voltage to the two terminals of the LED. When voltage is applied, the electrons in the LED are released and light is produced. The intensity of the light will depend on the Voltage applied, as well as on the forward voltage drop of the device. Additionally, the intensity of the light can be increased by adding a series resistor to the circuit.

Overall, the LG A679-E2H1-1-0-2-R33-Z is a low power, high efficiency discrete LED indicator designed for a variety of applications. It is used to indicate general device status in automotive, industrial, and consumer electronics applications, and is capable of withstanding temperatures up to +105°C. This discrete LED indicator works via the application of a voltage to the two terminals, and the intensity of light produced can be increased by adding a series resistor to the circuit.

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