Name: Cutter-XEG-280-405-660 Linear MCPCB
SKU: 28628
Price: 55.98 AUD
Availability: InStock

$55.98 EX GST

Introducing the Cutter-XEG-280-405-660 Linear MCPCB , a high-quality PCB designed for Cree XEG LEDs. This aluminum-based board accommodates 16 LEDs in 405nm Violet and 660nm Deep Red, offers efficient heat dissipation, and ensures reliable performance for LED module prototyping.

The board is capable of running to 3 Amps and deliver 30000 RF/Mw. Its recommended at max ratings that a copper direct thermal path MCPCB option should be considered.

Title	Price Break Qty	Discounted Price
Price for:	1 - 9	0% $55.98
Price for:	10 - 49	5% $53.18
Price for:	51 - 100	13% $48.70
Price for:	101 - 500	25% $41.99
Price for:	501 - 1000	42% $32.47

Categories: Cree XEG, Linear Led, Linear Led Strip Boards, Monochromatic and Mixed Colour PCBs, Supplemental Colours

Description

The Cutter-XEG-280-405-660 Linear MCPCB is a printed circuit board (PCB) with an aluminum base that has been specifically developed for use with Cree XEG LEDs. It is designed to facilitate the rapid creation of LED module prototypes using Cree XEG LEDs. The PCB is constructed using UL certified aluminum substrates, ensuring high-quality and reliable performance.

The Cutter-XEG-280-405-660 Linear MCPCB accommodates a total of 16 Cree XEG LEDs in an even mix of 405nm Violet and 660nm Deep Red. The board layout is designed to support two different configurations: either a series configuration with all 16 LEDs connected in a single series circuit, or two separate channels with 8 LEDs each. In the 2 channel configuration, the LEDs are offset to ensure even distribution of light.

This MCPCB has excellent thermal conductivity, with a thermal conductivity rating of 3W/m.k. It provides a non direct thermal path for efficient heat dissipation, helping to keep the LEDs cool and maintain optimal performance. Additionally, there are options available for a full copper construction, providing even better thermal management capabilities.

Overall, the Cutter-XEG-280 Light engine is a versatile and reliable PCB solution for creating LED modules using Cree XEG LEDs. It offers efficient thermal management, excellent light distribution, and is built with high-quality materials to ensure long-lasting performance.

Specifications-PCB

PCB TECHNOLOGY	Aluminium(Copper Option)
PCB TYPE	280mm Linear PCB
PCB SIZE	280mm x 20mm x 1.65mm
BASE METAL TYPE	Aluminum
FINISH THICKNESS	0.065”(1.65mm)
DIRECT THERMAL PATH	No
THERMAL CONDUCTIVITY	3W/m.K
SURFACE FINISH	ENIG
GLASS TRANSITION TEMP.	170 degree Celsius
COMPATIBLE LED	Cree XEG

Specifications-Led

Specification	Details
LED TECHNOLOGY	Cree XEG Element
Colour/Wavelength	405nm Violet x8 WL Bin is V3, 660nm Deep Red x8 WL bin is P4
LED SIZE	2.05mm x 1.60mm x 1.0mm
DRIVE (I) MAX	3 Amp
LUMENS/RADIANT FLUX	11000 Rfmw(405nm), 17000 Rfmw(660nm)
FLUX BIN	V4
WAVELENGTH/CCT BIN	405 & 660nm
THERMAL PAD	Yes
LED JUNCTION TEMP MAX	150 Degree Celsius
THERMAL RESISTANCE °C/W	1.9

Specifications-Led MCPCB

SPECIFICATION	DETAILS

LED MCPCB	280mm x 20mm x 4.61mm
CONFIGURATION	16 Leds in 2 Strings of 8 Series.String Offset x 1 led
DRIVE	Each String approx 24V
DRIVE OPTION	Constant Current (0 oHM) Constant Voltage Resistor Value Set

Color	PWL Group	Minimum Peak Wavelength (nm) @ 1000 mA	Maximum Peak Wavelength (nm) @ 1000 mA
Violet	V2	400	405
Violet	V3	405	410
Violet	V4	410	415
Violet	V5	415	420
Photo Red	P2	650	655
Photo Red	P3	655	660
Photo Red	P4	660	665
Photo Red	P5	665	670

Application Information

Its a good Question?

Eight years ago, we embarked on an innovative journey with the launch of our pioneering Solskin Tunable Board. This journey has been a thrilling ride, marked by groundbreaking achievements and an evolving market perception. Initially, the tunable lighting concept was embraced by forward-thinking OEM lighting companies, recognising the immense potential to customize lighting environments with precision and creativity. The ability to create recipe-based control systems has been nothing short of revolutionary, offering unparalleled flexibility in lighting design.

However, we’ve noticed that the transformative power of tunable lighting has yet to be fully discovered by the broader audience. It’s time to change that narrative. The world of smart home technology and IoT has rapidly evolved, making it the perfect time for everyone to embrace the future of lighting.

Imagine a world where your lighting adapts to your needs, mood, and environment with just a few taps on your smartphone or a simple voice command. This is no longer the domain of high-tech companies or luxury homes. Thanks to advancements in technology, the power of Tunable Boards is now accessible to everyone. With the integration of powerful yet affordable microcontrollers like Raspberry Pi, Arduino, and ESP32, combined with user-friendly phone apps and browser controls, customizing your lighting has never been easier or more affordable.

Gone are the days of complex installations and prohibitive costs. While the price of drivers has remained stable, the overall cost of owning a tunable lighting system has significantly decreased. Control systems are now more intuitive, ensuring that anyone can tailor their lighting without stepping out of their comfort zone.

Step into the future with us. Transform your space with lights that adjust to your life, creating the perfect control for every requirement.

Don’t let the opportunity to redefine your lighting experience pass you by. It’s time to move beyond the conventional, embrace innovation, and see your world in a new light. Join us on this illuminating journey and discover the endless possibilities of tunable lighting.

Like all led products they need to be powered

Sixteen Leds in Series

Ignoring for the moment control, the Cutter-XEG-280-405-660 Linear MCPCB has two options. It can be used as a non tunable light source by just running the 2 channels, together in series. This would require, nominally 48V in Constant Voltage and a similar sub range of 48V for Constant Current based on specifics of the vf of the strings and choice of current. Example of this would be 43.8 volts for the two combined strings at 1Amp and would operate at 43.8 Watts. Based on this you would need at least a 50 watt Led driver or varying power supply’s types dependent on actual drive current choices

Two strings of 8 Leds

This is a little more interesting. Typically you may want two drivers to power each channel, however in the control section we will discuss a controller option requiring only a single driver. For straight drive options you would need min 25 -30 watts per channel, 24v for CV or a sub range of 24v based on specifics of the vf of the strings and choice of current.

Control of 24V Constant Voltage

Based on Constant Voltage configuration, the board becomes controllable via low cost controllers. we recommend the Shelly RGBW2 device. While the part number may seem to indicate RGBW as the Led source, in reality the device is just a 4 channel control device that can be controlled via Phone apps or browsers and Complete systems like Home Assistant

Illuminate the Future with Dual-Wavelength Innovation: The 660nm & 405nm 2-Channel PCB

Step into the vanguard of agricultural and scientific illumination with our cutting-edge 2-Channel PCB, masterfully engineered to harness the power of 660nm (deep red) and 405nm (violet) wavelengths. This meticulously designed product is not just a piece of technology; it’s a gateway to unparalleled growth and efficiency in your projects.

Why Choose Dual-Wavelength?

Precision Growth Control: With the 660nm wavelength, dive into the heart of photosynthesis efficiency. This deep red light is a proven accelerator for plant growth, stimulating photosynthetic processes with unmatched precision. It’s not just light; it’s the lifeblood of your plants, promoting flowering, fruiting, and overall vigor.

Pathogen Defense: The 405nm wavelength is your shield against the unseen. Known for its antimicrobial properties, violet light acts as a sentinel for your plants, warding off pathogens and mold. This means healthier plants and cleaner growth environments, translating to higher yields and reduced loss.

405nm light, often referred to as near-ultraviolet or violet light, has been the subject of various studies for its effects on plant growth, including its potential impact on the production of flavonoids and other secondary metabolites in plants. Flavonoids are a diverse group of phytonutrients (plant chemicals) found in almost all fruits and vegetables. They play a crucial role in plant growth and human health, contributing to the plant’s color, metabolism, and protection against environmental stresses. These compounds are also known for their antioxidant properties, which can offer health benefits to humans.

Research indicates that specific wavelengths of light, including 405nm, can influence the biosynthesis of flavonoids and other secondary metabolites in plants. The mechanism is thought to involve the regulation of gene expression and enzyme activities in the flavonoid biosynthesis pathway. By targeting these pathways, 405nm light can enhance the accumulation of flavonoids, potentially improving the nutritional and medicinal value of the plants.

However, the effectiveness of 405nm light in enhancing flavonoid production can vary based on several factors, including the plant species, the developmental stage of the plant, the intensity and duration of light exposure, and the overall light spectrum provided to the plants. Therefore, while 405nm light has the potential to influence flavonoid production positively, it is essential to consider the specific context of its application, including the type of plant and the desired outcome.

Incorporating 405nm light into a 2-channel PCB with 660nm light offers a comprehensive approach to optimizing plant growth and secondary metabolite production. The 660nm wavelength is in the red light spectrum, which is known to promote photosynthesis, flower induction, and fruiting. By combining these two wavelengths, a grow light system can simultaneously support the primary photosynthetic processes and enhance the production of valuable secondary metabolites such as flavonoids, thereby maximizing both the growth and nutritional quality of the plants.

Innovation Meets Efficiency: Our 2-Channel PCB integrates these powerful wavelengths into a single, streamlined solution. With separate channels for each wavelength, you gain unparalleled control over your lighting environment, allowing for custom light recipes tailored to specific growth stages or research needs.

Energy Efficiency & Durability: Designed with the future in mind, our PCB is not only energy-efficient but also built to last. Enjoy lower electricity bills and reduced replacement costs, all while delivering optimal light spectra for your plants or experiments.

Versatility at Its Best: Whether you’re pushing the boundaries in vertical farming, optimizing growth in greenhouse environments, or conducting sensitive research, our dual-wavelength PCB adapts to your needs. Its compact design and easy integration make it a seamless addition to any setup.

Empower Your Ambitions: With our 2-Channel PCB, you’re not just buying a product; you’re investing in a future of possibilities. Achieve better growth, healthier plants, and cleaner environments, all controlled with the flip of a switch.

Embrace the future of illumination with our 660nm & 405nm 2-Channel PCB—where innovation meets the essence of growth and protection. Light the way to a brighter future today!

Performance Parameters: Radiant Flux

Current (A)	Model	XLamp XE-G Element G Violet x8
	Flux	1600 (K6)
	Temp.	Tc (ºC) = 25
	LED RF mW	LED WPE	LED Vf	LED W
0.300	4204	62.7	22.4	6.71
0.400	5489	60.3	22.7	9.1
0.500	6750	58.4	23.1	11.6
0.600	7988	56.8	23.5	14.1
0.700	9201	55.2	23.8	16.7
0.800	10390	53.8	24.1	19.3
0.900	11555	52.6	24.4	22
1.000	12697	51.3	24.7	24.7
1.100	13813	50.2	25	27.5
1.200	14903	49.1	25.3	30.4
1.300	15969	48	25.6	33.2
1.400	17011	47	25.8	36.2
1.500	18026	46.1	26.1	39.1
1.600	19016	45.1	26.3	42.1
1.700	19981	44.2	26.6	45.2
1.800	20920	43.3	26.8	48.3
1.900	21830	42.5	27	51.4
2.000	22717	41.7	27.3	54.5
2.100	23579	40.9	27.5	57.7
2.200	24411	40.1	27.7	60.9
2.300	25217	39.3	27.9	64.2
2.400	26000	38.5	28.1	67.5
2.500	26752	37.8	28.3	70.8
2.600	27479	37	28.5	74.2
2.700	28178	36.3	28.8	77.6
2.800	28850	35.6	29	81.1
2.900	29492	34.9	29.2	84.6
3.000	30110	34.2	29.4	88.2

Current (A)	Model	XLamp XE-G Element G Photo Red x8
	Flux	1100 (J41)
	Temp.	Tc (ºC) = 25
	LED RF mW	LED WPE	LED Vf	LED W
0.300	2655	57	15.5	4.66
0.400	3532	54.9	16.1	6.44
0.500	4404	52.9	16.6	8.32
0.600	5267	51.1	17.2	10.3
0.700	6121	49.5	17.7	12.4
0.800	6965	47.9	18.2	14.5
0.900	7798	46.4	18.7	16.8
1.000	8614	45	19.1	19.1
1.100	9417	43.7	19.6	21.5
1.200	10200	42.5	20	24
1.300	10969	41.3	20.4	26.6
1.400	11716	40.1	20.9	29.2
1.500	12443	39	21.3	31.9
1.600	13144	37.9	21.7	34.7
1.700	13823	36.9	22.1	37.5
1.800	14479	35.8	22.5	40.4
1.900	15109	34.8	22.8	43.4
2.000	15712	33.9	23.2	46.4
2.100	16284	32.9	23.6	49.5
2.200	16827	31.9	23.9	52.7
2.300	17335	31	24.3	55.9
2.400	17818	30.1	24.7	59.2
2.500	18263	29.2	25	62.6
2.600	18675	28.3	25.4	66.1
2.700	19048	27.4	25.8	69.6
2.800	19385	26.5	26.1	73.2
2.900	19687	25.6	26.5	76.9
3.000	19952	24.7	26.9	80.7

Perfomance PAR

Current (A)	Model	XLamp XE-G Element G Violet x8
	Flux	1600 (K6)
	Temp.	Tc (ºC) = 25
	LED PPF	LED PPF/W	LED Vf	LED W
0.300	58.5	8.72	22.4	6.71
0.400	76.4	8.4	22.7	9.1
0.500	93.9	8.13	23.1	11.6
0.600	111	7.9	23.5	14.1
0.700	128	7.69	23.8	16.7
0.800	145	7.49	24.1	19.3
0.900	161	7.31	24.4	22
1.000	177	7.14	24.7	24.7
1.100	192	6.98	25	27.5
1.200	207	6.83	25.3	30.4
1.300	222	6.68	25.6	33.2
1.400	237	6.54	25.8	36.2
1.500	251	6.41	26.1	39.1
1.600	265	6.28	26.3	42.1
1.700	278	6.15	26.6	45.2
1.800	291	6.03	26.8	48.3
1.900	304	5.91	27	51.4
2.000	316	5.8	27.3	54.5
2.100	328	5.69	27.5	57.7
2.200	340	5.58	27.7	60.9
2.300	351	5.47	27.9	64.2
2.400	362	5.36	28.1	67.5
2.500	372	5.26	28.3	70.8
2.600	382	5.15	28.5	74.2
2.700	392	5.05	28.8	77.6
2.800	402	4.95	29	81.1
2.900	410	4.85	29.2	84.6
3.000	419	4.75	29.4	88.2

Current (A)	Model	XLamp XE-G Element G Photo Red x8
	Flux	1100 (J41)
	Temp.	Tc (ºC) = 25
	LED PPF	LED PPF/W	LED Vf	LED W
0.300	36.9	7.93	15.5	4.66
0.400	49.2	7.63	16.1	6.44
0.500	61.3	7.37	16.6	8.32
0.600	73.3	7.11	17.2	10.3
0.700	85.2	6.88	17.7	12.4
0.800	96.9	6.67	18.2	14.5
0.900	109	6.46	18.7	16.8
1.000	120	6.27	19.1	19.1
1.100	131	6.09	19.6	21.5
1.200	142	5.91	20	24
1.300	153	5.74	20.4	26.6
1.400	163	5.58	20.9	29.2
1.500	173	5.43	21.3	31.9
1.600	183	5.28	21.7	34.7
1.700	192	5.13	22.1	37.5
1.800	201	4.99	22.5	40.4
1.900	210	4.85	22.8	43.4
2.000	219	4.71	23.2	46.4
2.100	227	4.58	23.6	49.5
2.200	234	4.45	23.9	52.7
2.300	241	4.31	24.3	55.9
2.400	248	4.19	24.7	59.2
2.500	254	4.06	25	62.6
2.600	260	3.93	25.4	66.1
2.700	265	3.81	25.8	69.6
2.800	270	3.69	26.1	73.2
2.900	274	3.56	26.5	76.9
3.000	278	3.44	26.9	80.7

Weight	0.178 kg
Dimensions	280 × 25 × 9 mm
Led Wavelength	405nm (Violet), 660nm(Deep Red)
Led Voltage	24V, 48V
PCB Size	280mmx20mm
Thermal Conductivity	2W(m*K)
Total Led Quantity per PCB	16 Leds per PCB
PCB Material	Aluminium
PCB Solder Mask Colour	White
PCB On Board Configuration	Single Channel, Two Channel

Brand

Cutter

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Introducing the Cutter-XEG-280-405-660 Linear MCPCB , a high-quality PCB designed for Cree XEG LEDs. This aluminum-based board accommodates 16 LEDs in 405nm Violet and 660nm Deep Red, offers efficient heat dissipation, and ensures reliable performance for LED module prototyping.