C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole by Cree for Reliable LED Lighting

Introduction

LED technology plays an important role in modern lighting, indication, display, and electronic applications. The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole by Cree provide a practical through-hole LED solution for applications requiring dependable optical performance and straightforward PCB integration.

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole are suitable for electronic equipment, indicator panels, lighting assemblies, and other applications where reliable LED emission is required. As part of the Optoelectronics, LED Lighting, LED Emitters, and Standard LEDs - Through Hole categories, this component can support a variety of electronic and lighting designs.

Technical Specifications of C4SMM-RJF-CS24QBB2

• Manufacturer: Cree

• Part Number: C4SMM-RJF-CS24QBB2

• Product Type: Standard LEDs - Through Hole

• Categories: Optoelectronics, LED Lighting, LED Emitters, Standard LEDs - Through Hole

• Through-hole LED package

• Designed for PCB mounting

• Suitable for indicator and lighting applications

• Reliable optical emission

• Suitable for electronic and lighting assemblies

• Designed for long-term operation

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole provide a practical solution for applications requiring reliable LED indication and lighting.

Key Features of C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole offer several useful characteristics:

• Through-hole mounting configuration

• Easy PCB integration

• Reliable LED emission

• Suitable for indicator applications

• Suitable for lighting assemblies

• Robust construction

• Consistent optical performance

• Suitable for a wide range of electronic equipment

These Optoelectronics, LED Lighting, LED Emitters, and Standard LEDs - Through Hole provide designers with a practical LED solution for electronic products.

Applications of C4SMM-RJF-CS24QBB2

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole can be considered for applications such as:

• Electronic status indicators

• Industrial control panels

• Instrumentation equipment

• Consumer electronics

• LED lighting assemblies

• Control systems

• Communication equipment

• Test and measurement equipment

• Display equipment

• Electronic prototypes

For applications requiring reliable Standard LEDs - Through Hole, the C4SMM-RJF-CS24QBB2 can provide a convenient solution for PCB-mounted LED indication and lighting.

Benefits of Using C4SMM-RJF-CS24QBB2

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole provide several potential benefits:

• Simple through-hole PCB installation

• Reliable visual indication

• Suitable for electronic equipment

• Practical solution for lighting applications

• Durable component construction

• Easy integration into circuit designs

• Suitable for industrial and commercial products

Using suitable LED Emitters can help designers achieve clear indication and dependable lighting performance in electronic systems.

Why Choose Cree C4SMM-RJF-CS24QBB2?

Cree is a recognized manufacturer in LED and semiconductor technologies. The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole are suitable for designers seeking dependable LED components for lighting, indication, and electronic equipment applications.

Selecting the appropriate Standard LEDs - Through Hole is important for achieving reliable optical performance and straightforward PCB integration. The C4SMM-RJF-CS24QBB2 can be considered for a variety of commercial, industrial, and electronic designs.

Download Datasheet

Download the official datasheet for the C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole to review detailed optical characteristics, electrical ratings, package dimensions, mounting information, operating conditions, and other technical specifications before integrating the component into your design.

C4SMM-RJF-CS24QBB2 Datasheet (PDF)

Frequently Asked Questions (FAQs)

1. What is the C4SMM-RJF-CS24QBB2?

The C4SMM-RJF-CS24QBB2 is a through-hole standard LED manufactured by Cree for electronic indication and lighting applications.

2. Who manufactures the C4SMM-RJF-CS24QBB2?

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole are manufactured by Cree.

3. What are Standard LEDs - Through Hole used for?

Standard LEDs - Through Hole are commonly used for electronic indicators, control panels, displays, instrumentation, lighting assemblies, and various PCB-based electronic products.

4. What are the advantages of through-hole LEDs?

Through-hole LEDs provide straightforward PCB mounting, mechanical stability, easy visual inspection, and compatibility with many traditional electronic assembly methods.

5. Where can I buy C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole?

You can purchase genuine C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole by Cree online at XON with competitive pricing and worldwide shipping options.

Conclusion

The C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole by Cree provide a practical and reliable solution for LED indication and lighting applications. As part of the Optoelectronics, LED Lighting, LED Emitters, and Standard LEDs - Through Hole categories, the component is suitable for industrial controls, instrumentation, consumer electronics, displays, communication equipment, and other electronic systems.

For genuine C4SMM-RJF-CS24QBB2 Standard LEDs - Through Hole, competitive pricing, and convenient sourcing, Buy Online at XON. 

LED is a light-producing semiconductor which discharges light when electric current moves through it. The electrons present in the semiconductor get attached with electron holes and release photons (energy). The shade of the light is dictated by the vitality required for electrons to overcome the bandgap of the semiconductor. White light can be generated by a film of a light-emitting phosphor on the device.

The earliest LEDs, which was developed in around 1962, used to emit infrared lights of low intensity. Infrared LEDs have found its use mostly in remote control circuits which can be found in equipment linked with consumer electronics. Modern LEDs come with ultraviolet, infrared and visible wavelengths with the high light output.

LEDs have several advantages over an incandescent light. They are:

• Long Lifetime
• Small Size
• Fast switching
• Improved physical robustness

LEDs have found its use in automotive headlamps, traffic signals, plant growing light, aviation light, medical devices, lighted wallpaper, camera flashes, plant growing light, and advertising.

In contrast with a laser, the light that is released from an LED is neither highly monochromatic nor spectrally coherent. Still, its spectrum is adequately narrow that it can be recognized by the human eye as a saturated color.

High Power LEDs

High Power LEDs are referred to as those LEDs that have higher brightness as well as power and is much costly as compared to that of small LEDs. The most common rating of an LED is 20mA. Any LED that has a higher rating than this can be said to be a high power LED. Generally, the power rating is 10w, 8w, 5w, 3w, 1w, 0.5w, 0.25w and so on. The brightness of small power LEDs is in mcd while that of the high power LEDs is calculated in lm. Presently, high power LEDs are utilized in flashlights, automobile lights, lighting fixtures, etc. 

High Power LEDs can be categorized into 3 types:

• The first type is classified according to the rating power. It can be 100W, 90W……10W, 5W, 1W, 0.5W.
• The second type is the way it is packed. It includes simulated superflux epoxy package, large dimension epoxy package, MCPCB package, power SMD package, TO package, MCPCB integration package, etc.
• The third type is according to the extent of luminous decay. It includes non-low as well as low luminous decay High Power LEDs.

High power LEDs are vitality productive structure which generates adequate lumen yields perfect for mainstream lighting applications. High Power LEDs provides one of the best solid-state light source allowing the user to find out some of the creative ideas related to lighting. The high power LEDs come in both O’Ring as well as Star configurations. Both of this configuration provides the best possible color temperature as well as color rendering capabilities. With an ostensibly related shading temperature of 3200K, nearest to the customary indoor light source, it is especially fit to architects and light planners.

This was all we have regarding High Power LEDs – White. Hope you liked going through it. Brands that manufacture them are Cree, Lumileds, and OSRAM. Make sure to check them out using the links as provided.

View all our High Power LEDs – Whites