SSL-LX2573YD

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SSL-LX2573YD is an LED indicator component from the Discrete Category which is a type of Signalling Indication Device. Its application field is primarily used in general purpose electronic devices, process control and monitoring systems, as well as for alarm notification.

These indicators are ideal for a number of applications due to their ability to provide effective feedback to users with a visual signal. They are typically used in place of other forms of notification such as beepers or LCD screens as they cost less and require limited space.

The SSL-LX2573YD is made up of a high efficiency red LED that is provided on a metal base with electrical contacts, which helps to dissipate the heat produced while providing a secure connection. This LED is manufactured using an acrylic resin with a life rating of 20000 hours and a robust construction which is both reliable and durable.

The device has a range of operating temperatures from -25°C to +85°C, and its power consumption can range from 10 mA to 20 mA depending on the voltage of the device. The LED has a large viewing angle of 120 degrees and can be used in most lighting environments.

The product has an innovative design which makes it easy to install, with mounting positions being adjustable. This design also helps to reduce the risk of damaging the LED during installation and removal.

The working principle of the SSL-LX2573YD is very simple. It is triggered by the current passing through the electrical contacts of the device. The current activates the LED and makes it light up. The intensity of the light will be proportional to the current passing through the device and also depends on the voltage.

In conclusion, the SSL-LX2573YD from the Discrete Category is an efficient LED indicating device which is best suited for general purpose electronic devices, process control and monitoring systems, and alarm notifications. Its simple design, adjustable mounting positions and robust construction make it ideal for a range of applications. Furthermore, the device is triggered by the current passing through the electrical contacts and its light intensity is proportional to the current and voltage.

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