XPCROY-L1-0000-00902 Equivalent & Substitute Parts

Part Overview

The XPCROY-L1-0000-00902 is a CreeLED XLamp® XP-C Blue LED operating at 455nm wavelength in a 1414 (3535 Metric) surface mount package. This part is classified as obsolete, making identification of suitable substitute components essential for ongoing production and design requirements. The XP-C series represents a previous generation of high-brightness blue LEDs, and equivalent alternatives are available from the same manufacturer's current product lines.

Substiute Parts

XPCROY-L1-0000-00902

CreeLED, Inc.In Stock: 1041XPCROY-L1-0000-00902 Datasheet

Current PartRFQ

XBDROY-00-0000-000000J02

CreeLED, Inc.In Stock: 931XBDROY-00-0000-000000J02 Datasheet

SimilarRFQ

Key Parameters

Substitute Part Grouping Explanation

Substitution of the XPCROY-L1-0000-00902 is determined by the following critical parameters:

• Wavelength Match: 455nm (450nm ~ 460nm) blue spectrum
• Test Current Compatibility: 350mA nominal operation
• Forward Voltage Range: Acceptable variation within typical circuit design tolerances
• Luminous Flux Performance: Output power at specified test conditions
• Mounting and Package Compatibility: Surface mount technology with compatible footprint dimensions
• Thermal Characteristics: Package thermal resistance suitable for application thermal management
• Regulatory Compliance: REACH and ECCN classifications

The identified substitute XBDROY-00-0000-000000J02 meets the wavelength, color, test current, and regulatory requirements. However, differences in package size (1010 vs 1414), maximum current rating, and thermal resistance must be evaluated against specific application constraints.

Parameter Comparison

Engineering Selection Recommendations

The XBDROY-00-0000-000000J02 is an active product from CreeLED with current manufacturing support, addressing the obsolescence status of the XPCROY-L1-0000-00902. Both components share identical wavelength specifications and test current ratings, establishing functional equivalence for blue LED applications in the 455nm spectrum.

Key considerations for selection:

Advantages of XBDROY-00-0000-000000J02: Active product status ensures long-term availability. RoHS compliance provides regulatory alignment for restricted substance requirements. Superior thermal resistance (6.5°C/W vs 12°C/W) enables improved heat dissipation. Higher maximum current rating (1A vs 500mA) provides operational headroom. Increased luminous flux output (463mW vs 388mW at test current) delivers enhanced light output.

Design Constraints: The 1010 (2525 Metric) package is smaller than the 1414 (3535 Metric) original, requiring PCB layout modification. Forward voltage is lower (3.1V vs 3.3V), necessitating circuit verification to confirm compatibility with existing current-limiting designs. Viewing angle is wider (135° vs 125°), which may affect optical system performance if narrow beam characteristics are required.

Frequently Asked Questions (FAQ)

Q: Can the XBDROY-00-0000-000000J02 directly replace the XPCROY-L1-0000-00902 without circuit modification?

A: Direct replacement requires circuit evaluation. While wavelength and test current are identical, the lower forward voltage (3.1V vs 3.3V) and different package size necessitate verification of current-limiting resistor values and PCB footprint compatibility.

Q: What is the impact of the package size difference (1414 vs 1010)?

A: The substitute uses a smaller 1010 (2525 Metric) package compared to the original 1414 (3535 Metric). This requires PCB layout redesign and cannot be accommodated in existing footprints without board modification.

Q: Does the higher maximum current rating of the substitute affect compatibility?

A: The XBDROY-00-0000-000000J02 supports 1A maximum current versus 500mA for the original. This provides additional operational margin but does not affect compatibility when operated at the 350mA test current specification.

Q: How does the improved thermal resistance impact thermal management?

A: The substitute's thermal resistance of 6.5°C/W is superior to the original's 12°C/W, resulting in lower junction temperature rise under identical power dissipation. This improves reliability and extends operational life in thermally constrained applications.

Q: Are there regulatory or compliance differences between these parts?

A: Both components share identical REACH and ECCN classifications. The substitute adds RoHS compliance certification, which may be required for certain applications or markets.

Q: What is the significance of the wider viewing angle in the substitute?

A: The XBDROY-00-0000-000000J02 has a 135° viewing angle compared to 125° for the original. Applications requiring narrow beam characteristics should evaluate whether this wider angle affects optical performance.