C4SMB-GGF-CY14Q8S2

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LED indication is one of the most intelligent forms of indicating the current status of a device or system. The popularity of LEDs for indication can be attributed to their low price, low power consumption and instant response time. Discrete LEDs provide an even more accurate form of indication and offer the most flexibility for customization and integration. One such form of discrete LED indication is the C4SMB-GGF-CY14Q8S2.

The C4SMB-GGF-CY14Q8S2 is a 3mm (T-1) side view LED that utilizes a transparent lens and a translucent epoxy. It is designed to allow either a single LED to be displayed or up to four discrete LED emitters to indicate several different functions in the same package. The transparent lens allows for the LED to be cleanly and compactly placed on a printed circuit board without creating an obstruction or set of lights that are difficult to distinguish.

The C4SMB-GGF-CY14Q8S2 is ideal for applications where size and mounting solutions are limited. Its small package size allows it to be placed in areas where other LEDs may be too large. The four discrete LED emitters within the package make it a great choice for applications requiring a range of different indications. For example, the four descriptors (red, green, amber, and white) make the C4SMB-GGF-CY14Q8S2 a great choice for understanding the status of multiple systems in tight spaces.

The C4SMB-GGF-CY14Q8S2 is also very easy to integrate. The circuit boards provided with the LED are specifically designed for modular applications; allowing for easy interfaces, or even transfer of signals from one system to another with minimal effort. Furthermore, the small size of the LED allows for higher densities on the circuit board than larger LEDs, allowing for a greater amount of input/output connections in a single location.

The working principle of the C4SMB-GGF-CY14Q8S2 is quite straightforward. An electrical current flows through the LED, causing photons to be released which create the illumination effect. The amount of current determines the intensity of the emitted light. The voltage supplied must be within the forward voltage range of the LED; otherwise, the LED will not operate properly. Additionally, a series resistor is used in order to limit the current passing through the LED, preventing damage to the LED. This is especially important when using multiple LEDs in one circuit.

In conclusion, the C4SMB-GGF-CY14Q8S2 is a versatile, low cost discrete LED solution. Its small size and four discrete LED emitters make it ideal for tight spaces and high density applications. Additionally, its easy integration process ensures that it is relatively easy to use in a variety of applications.

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