SSL-LX30FT4USBD

LED Indication - Discrete applications provide a reliable and easy-to-implement indication solution for applications of any size. The SSL-LX30FT4USBD from Lumex is a universal voltage LED Indication – Discrete product, applicable in many situations. This article will discuss the application field and working principle of the product.

Operating Voltage Ranges

The SSL-LX30FT4USBD provides operating voltage ranges of 2.7V to 32V, making it compatible with most design systems. The type of power source the SSL-LX30FT4USBD can be used with is Pulse with Modulation (PWM) signals, Continuous Voltage DC signals, and AC signals ranging from 5V to 22V.

Size Requirements

The size of the SSL-LX30FT4USBD makes it easy to integrate into most designs. It has a board size of 5.6 mm, a base size of 6.5 mm, and a depth of 6.7 mm, making it compatible with most applications.

Operating Temperature

The SSL-LX30FT4USBD has an operating temperature range of -20°C to +105°C, making it suitable for a wide range of applications. The SSL-LX30FT4USBD has a wide angle of view, up to 176° in azimuth and 180° in elevation, which increases its visibility in various conditions.

Brightness Settings

The SSL-LX30FT4USBD LED has four brightness settings. The LED can be set to 6a Red, 6b Green, 5a-White (CW), or 5b Blue and can be left on continuously or set to flash at a specific frequency.

Working Principle

The SSL-LX30FT4USBD LED uses a silicon transistor as its power source. The power source switches on and off according to the specifications of the application. When the power source is switched on, the voltage applied to the LED is increased to its operating level, causing the LED to light up. When the LED is illuminated, the LED itself heats up, resulting in a slight shift in color and brightness.

Conclusion

The SSL-LX30FT4USBD LED Indication - Discrete is an easy-to-implement solution for many applications. Its operating voltage ranges, size requirements, operating temperature, and brightness settings make it suitable for many designs. Furthermore, its working principle makes it reliable in operation.