TLCY6800

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The TLCY6800 is a field-effect transistor (FET) composed of two source/drain electrodes and a gate. The trademarked name comes from its ability to transmit light, or luminescence (TLC) while still retaining some of the characteristics of a standard transistor. This LED Indication - Discrete device is great for use in a range of applications including automotive, industrial, commercial lighting, and consumer electronics.

How does such a special device work? When forward voltage is applied to a source/drain electrode, an electric charge passes through the channel to control current flow. The gate acts like a pressure valve keeping the current at a certain level. Depending on the way the FET is configured, the current may be increased or decreased from its original set point.

What makes the TLCY6800 special is its ability to utilize light to indicate the status of current flow. A separate LED is connected to the gate. When current flow is present, the LED illuminates, producing a visual indicator. This makes it easier for end users to monitor the flow of current and to adjust the level if necessary.

The TLCY6800 is an ideal choice when a versatile, easy-to-read indication device is needed. It is cost-effective and efficient, and offers a variety of mounting options to fit a range of applications. While it offers very basic functionality, it is an effective solution for applications where an on/off indication is needed.

In addition, the TLCY6800 is designed to be highly robust. Its low thermal resistance makes it able to operate in a range of extreme temperatures and environments. In addition, due to its FET composition, it is immune to interference from EMI and other electro-magnetic forces.

The TLCY6800 is a great choice for a variety of applications. It is a versatile, easy to use, and efficient LED indication device perfect for monitoring current flow and providing a visual signal when needed. Its low thermal resistance and immunity to interference makes it reliable and dependable, perfect for extreme environments and circumstances.

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