XVG2LUY11D Optoelectronics

LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

The XVG2LUY11D is a type of LED circuit board indicator that combines LED arrays, light bars, and bar graphs in a multi-level configuration. It is primarily used in communication, consumer, industrial, and medical applications. The device is a combination of a linear array of LEDs and a 3-level bar graph to provide visual information in an easy-to-read format. It is a great choice for applications where a limited amount of visual information is needed.

The XVG2LUY11D uses a low-voltage current control technique to achieve a high-contrast output. This device also employs a centralized drive for multiple LEDs in the array. This helps ensure uniform illumination. The device is designed so that each element can be controlled independently from one another and can be arranged in several configurations to suit various applications. It is also well-suited for applications that require a high level of brightness and multiple levels of brightness.

The XVG2LUY11D has several features that make it suitable for a variety of applications. First, the brightness can be adjusted based on the input voltage. This allows the user to control the brightness to fit the application. Second, the device has a built-in level shifter that allows the user to switch between linear and low-voltage output. This allows the user to customize the output to fit their application. Finally, the device has a reversibility feature that allows the user to reverse the direction of the LED if needed.

The working principle of the XVG2LUY11D is simple. The device is connected to an input connection, typically a driver. When the input is applied, the device detects the level of input and the LEDs turn on in response. The level shifter will then adjust the level of brightness of the LEDs accordingly. The device is also designed so that the user can control the direction of the LEDs.

The XVG2LUY11D is a versatile and reliable indicator for various applications. It is designed to offer high levels of brightness and multiple levels of brightness. Its features allow the user to customize its output and reverse the direction of the LEDs if needed. This makes it a great choice for communication, consumer, industrial, and medical applications.