LTJ-811C

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LTJ-811C devices are Circuit Board Indicators, Arrays, Light Bars, Bar Graphs specifically designed for optoelectronic display applications. LTJ-811C indicators are primarily used to display information by emitting light when a current flows through the device.

LTJ-811C\'s advantages include a fast response time and a low current consumption, making them a popular choice for applications where energy consumption is critical such as battery-operated devices or portable electronical devices. Additionally, LTJ-811C indicators provide a high intensity light output and can be operated from a single supply voltage.

LTJ-811C devices are suitable for a variety of applications such as portable electronic devices, industrial control systems, telecommunications, automotive displays and medical applications. The device emits a light when current passes through it, making it ideal for providing visual feedback in response to a command input.

The working principle of LTJ-811C devices is based on LED principle. LED stands for light-emitting diode. This kind of device utilises the semiconductor PN junction between the two different materials to generate light when a small current is passed through it. This current is usually supplied by the power supply, which then causes the electrons in the PN junction to move from the p-type to the n-type material. This activity in turn causes the photons to be emitted which result in the visible light.

LTJ-811C devices are designed using a vertical configuration, meaning the light is emitted upwards from the device. The devices also contain a light-diffusing lens which allows light to be dispersed over a wider area, allowing for a more uniform illumination of an area. LTJ-811C indicator devices are also equipped with a built-in resistor in order to protect it against possible damage caused by high levels of current.

In conclusion, LTJ-811C devices are circuit board indicators, arrays, light bars, bar graphs, specifically designed for optoelectronic display applications. They are highly efficient and have a low current consumption, making them ideal for battery-operated devices, industrial control systems, and other applications. The device operates on the LED principle, where a small current passes through the device, causing electrons to move between the two different materials, resulting in the emission of light. Finally, LTJ-811C devices are designed with a vertical configuration and are equipped with a light-diffusing lens in order to provide a uniform illumination.

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