WP934PJ/3SRD Optoelectronics

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The WP934PJ/3SRD is an LED circuit board indicator that is designed for engineering, automation and process control applications. It is a surface-mountable, multi-function LED indicator that features an array of three tiny super-bright indicator LEDs, arranged in a 2mmx2mm square package. The device is designed to drive red, green and blue LEDs simultaneously, making it the ideal choice for applications requiring a high degree of performance in terms of current sourcing and brightness. This LED circuit board indicator is suitable for use in a variety of applications, from process control to security and lighting.

The WP934PJ/3SRD LED circuit board indicator is easy to use and is designed with advanced technology that enables it to operate in extreme temperature conditions. The indicator features an on-board battery-less power supply, meaning it is energy efficient as it only requires minimal power. Additionally, the device has a very small package size with an easy-to-mount surface-mount design, making it ideal for applications in which space is a critical factor. Additionally, the device is designed to be highly compatible with a wide range of environments and technologies.

In terms of its working principle, the WP934PJ/3SRD is a red, green and blue LED circuit board indicator that is powered by a low input voltage. Each LED can be individually programmed to operate at a different voltage level, allowing for greater flexibility in its functionality. The output current of the device is regulated by a voltage regulator that is programmed to provide the necessary current for each LED. When the power is activated, the tri-color LED circuit board indicator will light up simultaneously, creating an eye-catching three-dimensional display.

The WP934PJ/3SRD LED circuit board indicator is the perfect choice for applications needing an LED indicator with a high degree of performance in terms of current sourcing and brightness. Additionally, due to its small package size, the device is suitable for applications where space is a premium. Also, the device is designed with advanced technology that enables it to operate in extreme temperature conditions. As such, it can be used in a variety of engineering, automation and process control applications.

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