EASR3212BA3

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EASR3212BA3 is a type of LED Indication - Discrete. They are tiny surface mount devices which employ two low current-drawing LEDs to indicate a rapidly moving field. EASR3212BA3s are used in many applications including automotive, aviation, medical, industrial and HVAC. They are widely used for general illumination and for applications that require energy savings and extended lifetime.

The EASR3212BA3 consists of two LEDs positioned closely together within the same package enabling them to be identified in rapid moving fields. The two LEDs are chosen based on their output characteristics, particularly their color, power consumption and current requirements. The two LEDs can be installed in opposite directions and the two different colors provide the user the means to monitor moving fields quickly and easily.

The LEDs are designed to be powered from a wide range of supply voltages, and the typical current-draw for the two LEDs is only 6 mA. This low current makes the EASR3212BA3 a great choice for low power applications such as battery operated devices.

The working principle of the EASR3212BA3 is simple. When the voltage is applied to the power supply, the two LEDs are simultaneously switched on. As the supply voltage changes, the current flowing through the two LEDs changes thus resulting in the LEDs emitting different intensities of light.

EASR3212BA3s are also designed to operate in pulse-width modulation (PWM) mode. This allows the two LEDs to be adjusted in both frequency and duty cycle to allow more efficient control of the lighting.

Due to their tiny size and low current draw, EASR3212BA3s can be used in a wide variety of applications. For example, they are often used as indicators in medical, automotive and consumer electronics. They are also often used as indicators in HVAC systems, industrial automation and aviation.

The EASR3212BA3 is a great choice for many applications as it offers long lifetime, low current draw and compatibility with a wide range of power supply voltages. It also provides a powerful, reliable and cost-effective way to monitor and detect rapidly moving fields.

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