APT3216LVBC/D

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The APT3216LVBC/D is an LED indicator enabling discrete signaling. It is ideal for smaller spaces, as it carries a low profile, surface mount design (717160). It is available in various colors of ultra-bright LEDs. The APT3216LVBC/D is highly reliable, offering a pre-tested system and high luminous efficacy.

The APT3216LVBC/D is a great choice for any applications needing a discrete, low voltage LED. It can provide a variety of signal types, from steady to flashing, allowing the user to customize the signal for the application at hand. The board can be mounted in any orientation, allowing for flexibility in system integration. The board is designed to operate at low voltage, making it ideal for battery powered and other low powered systems.

The APT3216LVBC/D is a great choice for signal indication applications across many industries. This includes automotive, industrial, medical, security, and many more. The robust design and reliability makes it an ideal choice for systems that need to be visible in a wide variety of environments. It is also highly customizable and can be used in conjunction with other indicator technologies such as acoustic and graphic.

The APT3216LVBC/D operates using a simple working principle. The LED emits light when it receives an electrical current. This current is then regulated by a resistor, allowing the LED to emit a constant amount of light. The brightness of the LED can also be controlled using a dimmer switch, allowing for further variability in signal intensity. The LED is also designed to self-test, meaning that it can detect if it is not functioning correctly.

In conclusion, the APT3216LVBC/D is an excellent choice for any discrete, low voltage LED indicator application. Its robust design and high reliability makes it a great choice for a wide variety of industries. Its simple working principle and ability to control intensity makes it a useful tool for any system that needs signaling and visibility. Its compact size and low profile surface mount design are perfect for applications with limited space. Its low voltage design makes it ideal for battery operated systems and other power sensitive applications.

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