C5SMF-GJE-CW14Q7T2

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The C5SMF-GJE-CW14Q7T2 is a discrete LED Indication from Goto Electronics. It is a bright high efficiency visibly clear LED. Mounted in an array of 12 LEDs, the device is designed to produce a highly visible light source. The C5SMF-GJE-CW14Q7T2 is a discrete batch type compact LED module that can be used in many applications, both indoors and outdoors.

The emitting color of the C5SMF-GJE-CW14Q7T2 is blue-green. This device has a wide viewing angle and is an ideal low cost gaming, instrument, indicator and general lighting solution. The C5SMF-GJE-CW14Q7T2 has high brightness with a power dissipation of only 0.8W. This leads to lower system and power costs.

The C5SMF-GJE-CW14Q7T2 works on wide-band principles using sophisticated chip design techniques, enabling the device to have excellent thermal characteristics and features. The C5SMF-GJE-CW14Q7T2 is normally used in traffic signs, machine indicators, lamps, indicators for highway and mining, diagnostic displays, and other lighting products. In addition to their primary use, these devices are also used for decorative or entertainment displays.

Due to their small size, LEDs are increasingly used in applications where space is limited, such as a wristwatch LED, digital clocks, vehicle instrument displays and computer keyboards. LED Indications are strong and durable, and are designed to be used in harsh environmental conditions. They are also very lightweight, allowing them to be easily transported and installed in various locations. Due to their small size and simple design, they are widely used in many areas due to their low power consumption.

The C5SMF-GJE-CW14Q7T2 operates by a process of converting electrical energy into light energy. A substrate acts as the base for the array of LEDs, where charges are introduced. A wafer epitaxy layer encompasses the active semiconductor layer, followed by the anode and cathode emitting layer. Contacts are made to the anode and cathode at the leads of the array. The contacts connect to a current source, controlling the amount of current. The current then flows through the substrate and creates a structure of depleted regions, allowing charges to be moved easily.

The operation of the device is based on the ‘electroluminescence’ principle. When the current is applied to the contacts, electrons in the device are excited and release energy in the form of light. The intensity of the light is dependent on the current applied. The light from the LED is developed from the movement of charges through a semiconductor junction, which creates an electric field.

The C5SMF-GJE-CW14Q7T2 is able to operate in a wide range of ambient conditions, including high temperatures, moisture and vibration. Its small size and simple design makes it ideal for use in a wide range of applications. It is also an efficient device, with low power consumption and high brightness.

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