EAST16086AA0

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The EAST16086AA0 is a two-terminal LED indication device commonly used in the discrete LED industry. The device features low power consumption and long term reliability. It is designed to provide a reliable, long-lasting indication of position, status or some other condition. The EAST16086AA0 is part of Eastman Chemical Company’s LED family of LED indication products.

The EAST16086AA0 device is an ultra-low power, dissipation and temperature resistant LED indicator. It uses a single color LED with a typical luminous intensity of 10 mcd, and a total power dissipation of only 2 mW. The EAST16086AA0 can operate continuously at temperatures of up to 70°C. The device is rated for operation at a maximum 10V of reverse voltage.

The EAST16086AA0 is typically used as a low power indicator for a variety of applications including machine status, warning indicators, and process control. Its robust design and wide range of colors make it suitable for many projects. The device is also an excellent choice for process control systems, automotive, and telecommunications applications.

The EAST16086AA0 is a voltage-controlled device and its working principle is based on the current-voltage characteristics of p-n junction diodes. The current-voltage characteristic is linear, with the voltage increasing linearly with increasing current. The device is turned on by applying a voltage (typically 2.0V to 2.5V) to the anode and the device will remain on until the voltage drops below 1.8V. When the current is low the LED will emit light. When the voltage is increased the current will increase, which will increase the luminous intensity of the LED. The device is turned off when the voltage drops below 1.8V. The maximum continuous forward current of the EAST16086AA0 device is 10mA.

In summary, the EAST16086AA0 is a low power LED indication device that is widely used in the discrete LED industry for a variety of applications including machine status, warning indicator, and process control applications. It features low power consumption and long term reliability. The device is voltage-controlled, and its working principle is based on the current-voltage characteristics of p-n junction diodes. The device is turned on by applying a voltage to the anode, and the device is turned off when the voltage drops below 1.8V. The maximum continuous forward current of the device is 10mA.

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