SSF-LXH25780ID

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

The SSF-LXH25780ID is a circuit board indicator that uses Light-Emitting Diodes (LEDs) as its main component. It is a digital device that uses LEDs to display value or signal a warning. This type of indicator is designed to be installed on a printed circuit board: either through-hole or surface mount, depending on voltage requirements. The indicator can be used in various applications such as displays, alert systems, and signal integration.

The SSF-LXH25780ID is designed to work with a wide range of input voltages and features dependable operation as a single-source illumination. It is well suited for applications where low power consumption and small size are desired. The SSF-LXH25780ID is highly compatible with various control systems, providing high resolution and precise performance.

The SSF-LXH25780ID is a modular device consisting of a circuit board containing several LEDs. The board has some basic logic and supports multiple LEDs with different voltages, depending on the application. It also contains non volatile flash memory which allows for quick and easy programming of the LEDs.

The SSF-LXH25780ID is also able to detect any changes in its input voltage, and then make adjustments in its output power automatically. When the LED’s status changes from active to inactive, the controller can be used to dim the LED in a gradual manner, allowing the LED to reach the desired brightness. This functionality helps to save energy and reduces the risk of overloading the LEDs.

The SSF-LXH25780ID is available in multiple arrays including single colored, two colored, and RGB. The LEDs are arranged to form different patterns, allowing the user to create a custom display. By controlling the output of each individual LED, it is possible to create a variety of lighting effects as well as static displays. This device can be used to control lights in relation to interactive media and other fun applications.

The SSF-LXH25780ID is typically used for digital display and alert systems such as in automotive and industrial applications. It is also a reliable choice for gaming, home automation, and illuminated signs applications. This versatile circuit board indicator is easy to use and provides long-lasting performance.

Working Principle

The SSF-LXH25780ID works with a control signal and digital logic. The input voltage is converted into digital logic signal and is transmitted to the digital logic device. The logic device is then used to control the output of the LED’s. Depending on the input signal, the device is able to adjust the power output of the LEDs, allowing for various light patterns. The device also contains a flash memory that can store the settings which can then be accessed and adjusted as needed.

In addition to the control logic, the device also features an LED driver which helps to switch the LED’s on and off. The LED driver also allows the user to adjust the brightness of the LEDs. This feature is especially useful when the LED needs to be dimmed gradually in order to increase the life of the LED. The LED driver is capable of sensing the input voltage and making the necessary adjustments to ensure that the LED is emitting the desired level of light.

The SSF-LXH25780ID can be used for both static and dynamic displays. When used for static displays, the input voltage is used to control the output of the LEDs. On the other hand, for dynamic displays, the logic device is used to control the output of the LEDs in order to create a lighting effect. With the dynamic capabilities, the device is able to support a range of applications including gaming, home automation, and illuminated signs.

The SSF-LXH25780ID is a reliable and versatile circuit board indicator which is compatible with a variety of control systems. It features a dependable operation, low power consumption, and small size. Additionally, it can recognize changes in input voltage and can be used to create both static and dynamic displays. This device is ideal for applications where LED operation is desired.