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High Lumens Power CREE LED Chip XPE2cree 3 Watt 5 Watt 3535 5050 7070 White Royal Blue Photo Red Color 3W 3V

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High Lumens Power CREE LED Chip XPE2cree 3 Watt 5 Watt 3535 5050 7070 White Royal Blue Photo Red Color 3W 3V

Brand Name:	Cree
Model Number:	XPE2
MOQ:	1000PCS
Packaging Details:	1000PCS/reef
Payment Terms:	T/T

Detail Information

Product Description

Detail Information

Place of Origin:

Color Rendering Index(Ra):

Color Temperature:

2700K-6500K

Emitting Color:

WHITE

Input Voltage(V):

3V, 3v

Luminous Flux(lm):

450lm

Operating Temperature(℃):

-40 - 150

Viewing Angle(°):

110 °

Product Name:

Size:

Supply Ability:

100000

Highlight:

XPE2 CREE LED Chip

5050 LED Chip

XPE2 3535 LED Chip

Product Description

High Lumens Power XPE2cree 3 Watt 5 Watt 3535 5050 7070 White Royal Blue Photo Red Color 3W 3V

XLamp®XP-E2 LEDs

PRODUCT DESCRIPTION

The XLamp® XP-E2 LED builds on the unprecedented performance

of the original XP-E by increasing lumen output up to 20% while

providing a single die LED point source for precise optical control.

The XP-E2 LED shares the same footprint as the original XP-E,

providing a seamless upgrade path to more lumens and/or

greater efficiency while shortening the design cycle for existing

XP customers.

XLamp XP-E2 LEDs are the ideal choice for lighting applications

where high light output and maximum efficacy are required,

such as LED retrofit lamps, outdoor, portable, indoor directional,

emergency vehicle or architectural.

The XP-E2 LED offers an S Line far red option. In this document,

the term far red denotes the far red XP-E2 LED without regard to

its efficacy. The terms far red and S Line far red are used when

necessary to differentiate the performace of the XP-E2 S Line far

red LED from the XP-E2 LED without the S Line option.

FEATURES

• Available in white, outdoor white, 80-CRI, 90-CRI white, royal

blue, blue, green, PC amber, amber, red-orange, red, photo

red, far red & S Line far red

• ANSI-compatible chromaticity bins

• White binned at 85 °C

• Maximum drive current: royal blue, blue 1.2 A, others 1.5 A

• Low thermal resistance: as low as 1.4 °C/W

• Wide viewing angle: 105°-140°

• Unlimited floor life at ≤ 30 °C/85% RH

• Reflow solderable - JEDEC J‑STD‑020C compatible

• Electrically neutral thermal path

• RoHS and REACH compliant

• UL® recognized component (E349212)

This table comprehensively outlines the thermal, optical, and electrical characteristics of LED devices across multiple color variants, including white, royal blue, blue, green, PC amber, amber, red-orange, red, photo red, far red, and S Line far red. For thermal performance, the thermal resistance from junction to solder point varies significantly by color: white LEDs have a typical value of 5.8 °C/W, royal blue and blue LEDs 5.7 °C/W, green LEDs 9 °C/W, PC amber LEDs 5.5 °C/W, amber LEDs 7.5 °C/W, red-orange, red, and photo red LEDs 2.5 °C/W, far red LEDs 1.4 °C/W, and S Line far red LEDs 2.8 °C/W, reflecting differences in heat dissipation capabilities across the color spectrum.

Optically, the viewing angle (FWHM) also differs across variants to suit diverse lighting needs: white LEDs offer a typical 110-degree beam angle, royal blue, blue, and green LEDs 135 degrees, PC amber LEDs 105 degrees, amber, red-orange, red, and photo red LEDs 130 degrees, far red LEDs 140 degrees, and S Line far red LEDs 125 degrees. The temperature coefficient of voltage, which describes how forward voltage changes with temperature, varies by color: white and royal blue LEDs show −1.5 mV/°C (typical), blue LEDs −1.9 mV/°C, green LEDs −1.2 mV/°C, PC amber LEDs −1.6 mV/°C, amber LEDs −2.1 mV/°C, red-orange LEDs −1.3 mV/°C, red LEDs −1.4 mV/°C, and photo red, far red, and S Line far red LEDs −1.3 mV/°C. All variants carry an ESD classification of Class 3B per HBM (Mil-Std-883D), ensuring robust electrostatic discharge protection.

In terms of electrical limits, most color variants (white, green, PC amber, amber, red-orange, red, photo red, far red) have a maximum DC forward current of 1500 mA, while royal blue and blue LEDs are capped at 1200 mA. Reverse voltage limits also differ: most variants have a maximum reverse voltage of 1 V, while photo red, far red, and S Line far red LEDs allow a maximum of 10 V, providing greater flexibility in reverse bias conditions for specialized applications. These parameters collectively define the operational boundaries and performance profiles of each LED color variant, enabling precise selection for targeted lighting and optoelectronic use cases.

This table continues the detailed electrical characteristics for multiple LED color variants, focusing on forward voltage across different operating currents and temperatures, alongside the maximum LED junction temperature. For white LEDs, tested at 85 °C, the forward voltage ranges from a typical 2.84 V (at 350 mA) to 3.12 V (at 1000 mA), with a maximum of 3.1 V at 350 mA. Royal blue LEDs, measured at 25 °C, show a typical forward voltage of 2.93 V (350 mA) and 3.2 V (1000 mA), with a maximum of 3.4 V at 350 mA. Blue LEDs at 25 °C have a typical forward voltage of 2.85 V (350 mA) and 3.14 V (1000 mA), with a maximum of 3.4 V at 350 mA, while green LEDs exhibit typical values of 2.7 V (350 mA) and 3.01 V (1000 mA), with a maximum of 3.25 V at 350 mA.

PC amber LEDs at 25 °C have a typical forward voltage of 2.94 V (350 mA) and 3.28 V (1000 mA), with a maximum of 3.24 V at 350 mA. Amber LEDs show lower forward voltages, with typical values of 2.18 V (350 mA) and 2.6 V (1000 mA), and a maximum of 2.6 V at 350 mA. Red-orange LEDs follow a similar pattern, with typical forward voltages of 2.1 V (350 mA) and 2.46 V (1000 mA), and a maximum of 2.6 V at 350 mA. Red LEDs have typical forward voltages of 2.08 V (350 mA) and 2.44 V (1000 mA), with a maximum of 2.6 V at 350 mA, while photo red LEDs show typical values of 2.09 V (350 mA) and 2.56 V (1000 mA), with a maximum of 2.2 V at 350 mA. Far red and S Line far red LEDs have the lowest forward voltages, with typical values of 1.88 V (350 mA) and 2.16 V (1000 mA), and a maximum of 2.2 V at 350 mA. Finally, the maximum LED junction temperature for all variants is uniformly set at 150 °C, defining the critical thermal limit for safe and reliable operation, and it is noted that thermal resistance measurements were conducted per the JEDEC JESD51-14 standard, with further details available in the corresponding application note.

FAQ

1.How is quality assured? Our company is a large electronic components agent in China, with more than 10 years of experience in the industry, we promise that all the products we sell are CREE, OSRAM, LUMILEDS, TSLC (the original SEMILEDS), SEOUL original and genuine, with qualified quality, so please rest assured that you can buy.

2.How to place an order? All the independent shot, the warehouse are shipped in accordance with the regular material, it is best to consult the sales staff to confirm the model parameters price and whether the spot before placing an order. 3.What's the delivery time? Generally 3-7 working days within the shipment, the order of the lamp beads to the sales staff of the actual response to the delivery time shall prevail. 4, How about after-sales? If you find any abnormality after receiving the goods, please do not use it and immediately take a picture of the abnormality and contact the sales staff so that we can deal with it for you in time.

5. How do you ship and how long does it take to get there? We usually ship with DHL, UPS, FedEx, SF, EMS, TNT. It usually takes 3-5 days to arrive, except for remote areas, air and sea transportation are also optional.

6.What payment methods do we accept?

We accept telegraphic transfer, TT, letter of credit, other payment methods are negotiation

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products details

High Lumens Power CREE LED Chip XPE2cree 3 Watt 5 Watt 3535 5050 7070 White Royal Blue Photo Red Color 3W 3V

OSRAM LED Chip

CREE LED Chip

ST IC Chips

TI Chips

Bridgelux LED Chip

Infineon Chip

LUMINUS LED Chip

LED Lamp Beads

SAMSUNG IC Chips

Micron Chips

SK Hynix Chips

Lumileds LED Chip

SAMSUNG LED Chip

SEOUL LED Chip

NICHIA LED Chip

NeXperia Chips

ONsemi Chips

ADI Chips

TSLC Semileds LED Lamp Beads

High Power LED Chip

OSRAM LED Chip

CREE LED Chip

ST IC Chips

TI Chips

Bridgelux LED Chip

Infineon Chip

LUMINUS LED Chip

LED Lamp Beads

SAMSUNG IC Chips

Micron Chips

SK Hynix Chips

Lumileds LED Chip

SAMSUNG LED Chip

SEOUL LED Chip

NICHIA LED Chip

NeXperia Chips

ONsemi Chips

ADI Chips