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Home » Introducing the Compact High-Power LED EDCC Family Release

Introducing the Compact High-Power LED EDCC Family Release

Ushio Inc. is proud to announce the development of a new high-power LED package called the “EDCC Family,” designed with a focus on compactness and high-density integration. Production of the EDCC Family is set to commence in the first quarter of 2024.

The EDCC Family incorporates traditional high-power LED chips with a wide range of wavelength options, yet it achieves an impressive reduction in footprint of approximately 80% when compared to the previous small-sized EDC Family package. As a result, it offers a compact form factor (W1.5 x L1.85 x H0.9 mm) that closely resembles bare chips and is also compatible with CSP (Chip Scale Package) and other compact-sized packages. This ensures not only ease of customization but also the convenience of handling SMD (Surface Mount Device) packages.

Key Features

・Utilizes high-power LED chips with a wide wavelength range, including UV, visible light, IR, and SWIR, similar to those used in the SMBB Family and EDC Family.
・Compact-sized package, comparable to CSP and high-power LED chips, facilitating easy customization in an SMD-type LED format.
・Package design optimized for high-density integration.

Applications

The EDCC Family is suitable for a wide range of applications that require high brightness, high output, and the combination of multiple wavelengths, including but not limited to:

・Machine Vision
・Optical Sorting
・Plant Growth
・Security
・Surveillance Cameras
・Optical Authentication
・Inspection Equipment
・Vital Sensing and more.

Comparison with conventional products

SMBB Flat EDC Flat EDCC
 Package area(mm) 5.0×5.2 3.5×3.5 1.5×1.85
80% reduction compared to EDC Family
Appearance

Comparison

SMBB850DS-1100 EDC850DS-1100  EDCC850DS-1100
 Vf[V]@1A 3.2 3.2 3.2
 Vfp[V]@5A* 4.6 4.6 4.6
 Po[W]@1A 1.4 1.4 1.2
 Po[W]@5A* 5.6 5.6 5.3
 Rthjs[K/W] 9 11 21
 φ1/2[deg.] 64 66  Long**  69 
 Short** 66

*Pulse Condition: On Time 10us, Duty 1%
**Radiation Characteristics of EDCC Package

Package Design Optimized for High-Density Integration

The EDCC Family features a package design specifically tailored for high-density integration.
When EDCC packages are arranged in a 2 x 2 configuration, they fit within a compact 4mm x 3.2mm footprint, offering a package size nearly equivalent to the EDC package. Even when arranged in a 2 x 3 configuration, the total footprint remains compact at 4mm x 4.9mm, surpassing the SMBB package in terms of package area efficiency.

<Example of LED placement>

<Recommended Land Pattern/Metal Mask Aperture Pattern>  

Release Date

Range Release Date
UV 365nm-420nm TBD
Visible 430nm-680nm 2024 1Q
NIR 690nm-980nm 2024 1Q
SWIR 1050nm-1900nm 2024 1Q

Engineering Sample List

Single Junction Type

 670nm:   EDCC670D-1100-X  780nm:   EDCC780D-1100-X  940nm:    EDCC940D-1100-X  1150nm:    EDCC1150D-1100-X  1550nm:    EDCC1550D-1100-X
 700nm:    EDCC700D-1100-X  810nm:    EDCC810D-1100-X  970nm:    EDCC970D-1100-X  1200nm:    EDCC1200D-1100-X  1650nm:    EDCC1650D-1100-X
 720nm:    EDCC720D-1100-X  850nm:    EDCC850D-1100-X  1050nm:    EDCC1050GD-1100-X  1300nm:    EDCC1300D-1100-X  1900nm:    EDCC1900D-1100-X
 740nm:    EDCC740D-1100-X  890nm:    EDCC890D-1100-X  1070nm:    EDCC1070D-1100-X  1370nm:    EDCC1370D-1100-X
 760nm:    EDCC760D-1100-X  910nm:    EDCC910D-1100-X  1100nm:    EDCC1100D-1100-X  1450nm:    EDCC1450D-1100-X

Dual Junction Series

 810nm:    EDCC810DS-1100-X  890nm:    EDCC890DS-1100-X  970nm:    EDCC970DS-1100-X
 850nm:    EDCC850DS-1100-X  940nm:    EDCC940DS-1100-X

* Models with “-X” in their part numbers are exclusive to prototypes and engineering samples, and the part numbers will change for mass production.
* Please note that this product is under development and may be subject to changes and modifications without prior notice.

Product and Engineering Sample Inquiries

We have a limited quantity of engineering samples available for the EDCC package.
For inquiries, please click here.

More Information

For more product information, please click here.