405nm LUXEON Z Ultraviolet LED on a Saber Micro-Z1 5mm Square Base – 625 mW @ 500mA
The SM-01-S3 Micro-Z1 LED module features a single LHUV-0405-0600 Ultraviolet LUXEON Z LED soldered to a thermally efficient, 5mm (0.2°) square, 0.8mm (0.032″) thick MCPCB aluminum base with temperature test point.
This ready-to-use LED module is the smallest high brightness LED available anywhere that can be worked with using standard benchtop tools and hand soldering techniques. This opens up new opportunities for makers, R&D, MRO and low to medium volume OEM manufacturers to use the super small series of LUXEON Z LEDs without the need for specialized pick and place equipment or reflow soldering.
Discount Pricing
| Quantity | Discount |
|---|---|
| 10-24 | 5% |
| 25-49 | 10% |
| 50+ | 15% |
10 in stock
Thermal Management
The SM-01-S3 Micro Z1 LED module requires careful attention to mounting and cooling to ensure that the junction temperature of the LED is kept well below the maximum rating specified in the Lumileds datasheet.
We recommend that the module be mounted to an aluminum or copper finned heatsink exposed to open air for optimal cooling. The module can be mounted to the heat sink in one of two ways:
- 10mm square pressure-sensitive, thermally conductive tape (Recommended)
- Arctic Silver thermally conductive adhesive
Before fastening the module to the heat sink, ensure that the two mating surfaces are perfectly flat and clean to maximize heat transfer to the heatsink. Mechanical fasteners are not recommended for this module.
The bottom of the LED module is electrically neutral, so it is unnecessary to electrically isolate the base from the cooling surface.
Optic Compatibility
The SM-01 is compatible with any optic certified for use with the LUXEON Z series of LEDs. There are no optic alignment holes or notches, so the designer will need to ensure that the LED is correctly aligned under the secondary optic.
Carrier Tab
The Saber Micro-Z1 is provided as part of a Carrier Tab. The tab is v-scored, so the LED module can be easily separated from the carrier.
The carrier tab makes it easier to handle the Saber Z1 during transport, storage, and assembly, minimizing the risk of damage to the LED-emitting surface.
Connection Soldering
Due to its small size, soldering connecting wires to the Micro-Z1 module will require medium to advanced soldering skills. To help, the carrier tab includes 16 soldering practice pads where you can refine your small-part soldering skills before you solder leads to the module.
Stock
We usually keep a small number of this part in stock. However, we can produce virtually any quantity you require on demand. Please get in touch with us for lead times for orders above 1,000 pieces.
LED Binning
Order quantities less than 2,000 pieces are produced from unbinned stock (cut strips). We can supply binned LED modules (built from full reels)) If you order in 2,000+ quantities, please contact us for binning details.
You can learn more about LED binning here.
| LED Color | |
| Radiometric Power @ mW | mW |
| Peak Wavelength | nm |
| Recommended Operating Current | mA |
| Maximum Rated Drive Current | mA |
| Maximum Pulse Current | mA |
| Typical Forward Voltage | Vf |
| Maximum Forward Voltage | Vf |
| Wavelength Range | to K |
| Beam Angle | ° |
| Thermal Resistance | °C/W |
| Maximum Recommended Junction Temp | °C |
| Operating Temperature Range | to °C |
| Dimensions (L x W x H) | x x mm |
| Weight | g |
| Refer to the product datasheets for complete specifications. | |
|---|---|
A current-regulating LED driver is required between the power supply and the LED module to ensure that the LED is not powered above its maximum current rating. You can learn more about powering high-power LED modules here.
All drivers listed here are 100% compatible with the SM-01-S3 LED module. The driver you select will depend on your specific requirements.
| Product Information | Stock | Price | hf:att:pa_output-current | hf:att:pa_connection | hf:att:pa_dimming |
|---|
High-power LEDs include a primary optic for protection and light optimization. However, a secondary optic is often essential for better focus and light distribution.
All the optics except the Polymer 15 mm optic are 100% compatible with the SM-01-S3 LED module. Polymer 15 mm optics cannot be used if you select the connector option.
Note: The optics listed here may not be ideal for ultraviolet or infrared LEDs. You will need to test the optic for your specific application.
| Product Information | Stock | Price | hf:att:pa_beam-type | hf:att:pa_mounting |
|---|
To maximize life and reliability, a heatsink or alternate method of cooling is required to ensure that the junction temperature of the LED is kept well below its maximum temperature rating.
Refer to our Thermal Management articles for assistance selecting an appropriate heatsink from the available options here.
| Product Information | Stock | Price | hf:att:pa_length-hs | hf:att:pa_width-hs | hf:att:pa_height-hs | hf:att:pa_cw-filter | hf:att:pa_fin-type |
|---|
| RoHS Status | RoHS 3 Compliant |
| REACH Status | REACH Uneffected |
| Conflict Minerals Report | CMRT Rev 6.22 |
| Proposition 65 Statement | Proposition 65 |
| PFAS Declaration | PFAS Declaration |
| ECCN | EAR99 |
| HTS | 8543.70.71.00 |
| Country of Origin | CA |
Thermal Management
The SM-01-S3 Micro Z1 LED module requires careful attention to mounting and cooling to ensure that the junction temperature of the LED is kept well below the maximum rating specified in the Lumileds datasheet.
We recommend that the module be mounted to an aluminum or copper finned heatsink exposed to open air for optimal cooling. The module can be mounted to the heat sink in one of two ways:
- 10mm square pressure-sensitive, thermally conductive tape (Recommended)
- Arctic Silver thermally conductive adhesive
Before fastening the module to the heat sink, ensure that the two mating surfaces are perfectly flat and clean to maximize heat transfer to the heatsink. Mechanical fasteners are not recommended for this module.
The bottom of the LED module is electrically neutral, so it is unnecessary to electrically isolate the base from the cooling surface.
Optic Compatibility
The SM-01 is compatible with any optic certified for use with the LUXEON Z series of LEDs. There are no optic alignment holes or notches, so the designer will need to ensure that the LED is correctly aligned under the secondary optic.
Carrier Tab
The Saber Micro-Z1 is provided as part of a Carrier Tab. The tab is v-scored, so the LED module can be easily separated from the carrier.
The carrier tab makes it easier to handle the Saber Z1 during transport, storage, and assembly, minimizing the risk of damage to the LED-emitting surface.
Connection Soldering
Due to its small size, soldering connecting wires to the Micro-Z1 module will require medium to advanced soldering skills. To help, the carrier tab includes 16 soldering practice pads where you can refine your small-part soldering skills before you solder leads to the module.
Stock
We usually keep a small number of this part in stock. However, we can produce virtually any quantity you require on demand. Please get in touch with us for lead times for orders above 1,000 pieces.
LED Binning
Order quantities less than 2,000 pieces are produced from unbinned stock (cut strips). We can supply binned LED modules (built from full reels)) If you order in 2,000+ quantities, please contact us for binning details.
You can learn more about LED binning here.
| LED Color | |
| Radiometric Power @ mW | mW |
| Peak Wavelength | nm |
| Recommended Operating Current | mA |
| Maximum Rated Drive Current | mA |
| Maximum Pulse Current | mA |
| Typical Forward Voltage | Vf |
| Maximum Forward Voltage | Vf |
| Wavelength Range | to K |
| Beam Angle | ° |
| Thermal Resistance | °C/W |
| Maximum Recommended Junction Temp | °C |
| Operating Temperature Range | to °C |
| Dimensions (L x W x H) | x x mm |
| Weight | g |
| Refer to the product datasheets for complete specifications. | |
|---|---|
A current-regulating LED driver is required between the power supply and the LED module to ensure that the LED is not powered above its maximum current rating. You can learn more about powering high-power LED modules here.
All drivers listed here are 100% compatible with the SM-01-S3 LED module. The driver you select will depend on your specific requirements.
| Product Information | Stock | Price | hf:att:pa_output-current | hf:att:pa_connection | hf:att:pa_dimming |
|---|
High-power LEDs include a primary optic for protection and light optimization. However, a secondary optic is often essential for better focus and light distribution.
All the optics listed here are 100% compatible with the SM-01-S3 LED module.
| Product Information | Stock | Price | hf:att:pa_beam-type | hf:att:pa_mounting |
|---|
To maximize life and reliability, a heatsink or alternate method of cooling is required to ensure that the junction temperature of the LED is kept well below its maximum temperature rating.
Refer to our Thermal Management articles for assistance selecting an appropriate heatsink from the available options here.
| Product Information | Stock | Price | hf:att:pa_length-hs | hf:att:pa_width-hs | hf:att:pa_height-hs | hf:att:pa_cw-filter | hf:att:pa_fin-type |
|---|
| RoHS Status | RoHS 3 Compliant |
| REACH Status | REACH Uneffected |
| Conflict Minerals Report | CMRT Rev 6.22 |
| Proposition 65 Statement | Proposition 65 |
| PFAS Declaration | PFAS Declaration |
| ECCN | EAR99 |
| HTS | 8543.70.71.00 |
| Country of Origin | CA |
