SSA-LXB525YD

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LEDs are a versatile display option for industrial, recreational, and commercial applications. LED boards, strips, arrays, light bars, and bar graphs represent just a few of the options available for circuit board indicators. The SSA-LXB525YD is one such LED display. The device is designed for a wide range of settings requiring brightness control, from automotive to home applications. It has a slim profile, making it well-suited for tight spaces, while providing good lighting performance and a reliable operation. This article will discuss the applications of the SSA-LXB525YD and the working principles behind the product.

Applications

The SSA-LXB525YD is designed for low-current, low-voltage applications. It is rated for up to 18V input and 50mA output. The product is available in two different versions: the SSA-LXB525YD-WP and the SSA-LXB525YD-BP. The WP version is designed to work with white LEDs, while the BP version is designed for blue LEDs. The device can be used for a variety of purposes, including interior and exterior lighting, automotive lighting, and much more.

The SSA-LXB525YD’s low-voltage and low-current feature makes it ideal for automotive applications. The product is rated to retain its performance under extreme temperature conditions, making it a good choice for vehicles that experience harsh weather conditions. It also has a low-heat output and fast response time, making it a good choice for automotive lighting applications that require rapid switching.

In addition to automotive applications, the SSA-LXB525YD can also be used in interior and exterior lighting applications. The low-current draw makes it energy-efficient and suitable for a wide range of applications, from stairwells to office buildings. With its slim profile and white LED technology, the SSA-LXB525YD is also a good choice for backlighting displays, making it an ideal choice for a variety of architectural displays.

Working Principle

The SSA-LXB525YD uses a pulse width modulation (PWM) circuit to control the brightness of the LEDs. The PWM has a very simple operating principle: a resistor is connected to two transistors, and the components are arranged in such a way that the amount of current passing through the resistor can be altered. When the PWM circuit is set to a particular pulse width, the amount of current passing through the resistor is altered, which in turn changes the brightness of the LEDs.

The SSA-LXB525YD also offers adjustable brightness levels. This allows the user to control the exact level of brightness they need. The user can adjust the brightness levels by changing the pulse width of the PWM circuit. This adjustment can be done manually or with an optional remote control.

The SSA-LXB525YD has a few features that make it well-suited for automotive applications. The device has a reverse battery protection circuit, which helps protect the LEDs from any potential damage due to a reverse polarity. In addition, the device has an open-circuit voltage protection, which helps prevent any damage from an elevated or abnormally low voltage. Finally, the device has a low temperature coefficient of light, which helps maintain a uniform brightness level in extreme temperature conditions.

Conclusion

The SSA-LXB525YD is a versatile LED display that is designed for a wide range of settings. Its slim profile and low-current draw make it well-suited for automotive and interior/exterior lighting applications. The device is rated to retain its performance under a wide range of temperatures and also has an adjustable brightness feature. In addition, the device has a reverse battery protection circuit and an open-circuit voltage protection circuit, making it a good choice for harsh environments. The working principle behind the SSA-LXB525YD is based on the use of pulse width modulation to control the brightness of the LEDs.

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