SSF-LXHM250IID

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LEDs, or Light Emitting Diodes, are an energy efficient and cost effective lighting solution. They are used in a wide range of applications, such as in electrical circuit boards and other forms of signage. One popular LED module is the SSF-LXHM250IID, and this article will discuss its application field and working principle.

Circuit Board Indicators

The SSF-LXHM250IID is a circuit board indicator module that is perfect for signaling applications. It is easy to install, and its small size makes it ideal for limited space applications. The module is composed of two surface mountable components, an LED and an associated circuit board. The LED has five different light intensity levels, and can be activated by a voltage range of between which 12.5 and 24V. The LED also has a maximum power consumption of only 0.25W. This makes it highly energy efficient, and it is ideal for low power lighting applications. The LED is available in a range of colors, and its transmission ranges from 700 to 1700nm. The LED has a high luminous intensity and is designed for long term reliability.

Arrays, Light Bars and Bar Graphs

The SSF-LXHM250IID module can also be used to create arrays, light bars and bar graphs. By combining multiple modules together, it is possible to create an array of LEDs with varying lengths and brightness. This makes it ideal for a range of applications, such as vehicle lighting or illuminated signs. The modules can also be combined to form light bars, with the intensity of the LEDs able to be adjusted to match the design requirements. Finally, the modules can be used to create bar graphs with customizable levels of lighting intensity. This is especially useful for applications that require precise visual feedback, such as gaming consoles or industrial equipment.

Working Principle

The working principle of the SSF-LXHM250IID is relatively simple. The module consists of an LED embedded into a semi-conductive material, which is then connected to a circuit board. When current flows through the circuit board, it activates the LED and causes it to emit light. The intensity of the light emitted is determined by the voltage applied to the circuit board, and this voltage can be adjusted to achieve different levels of brightness. Additionally, the LED can be switched on and off in order to provide an ‘on-off’ signal. This makes the module highly versatile, and it can be used for a range of signaling and lighting applications.

Conclusion

The SSF-LXHM250IID is a highly versatile LED module, and it is suitable for a range of applications. It can be used to create arrays, light bars and bar graphs, and its energy efficient design makes it ideal for low power lighting applications. The module is composed of an LED and a circuit board, and when current flows through the circuit board it activates the LED, causing it to emit light. This article has discussed the application field and working principle of the SSF-LXHM250IID, and this information should help to determine if this LED module is the right choice for a given project.

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