Hi All,
I am totally new to this forum and have to admit, I don't know how much help I will ever be in responding to other people's threads.
The main reason for my post is to test a concept for building a home-made "laser lipo" type device using source-able components.
The specs that I want to achieve or get close to are:
Technology
i-lipo includes four laser pads with 36 laser diodes
i-lipo technical specification as their body shaping.
I am totally new to this forum and have to admit, I don't know how much help I will ever be in responding to other people's threads.
The main reason for my post is to test a concept for building a home-made "laser lipo" type device using source-able components.
The specs that I want to achieve or get close to are:
Technology
i-lipo includes four laser pads with 36 laser diodes
i-lipo technical specification as their body shaping.
- Laser type diode wavelength – 650nm – 660nm
- Energy output – 38 x 40mW (Total 1.3W)
- Mains power output – 100Va
- Safety – On board diagnostics
- Classification – Electrical Class 1, Type B applied part
- Dimensions – 32cm x 46cm x 44cm (does not include stand)
- Weight – 9.10kg
- Cooling requirements – Air cooled
- Electrical requirements – 240V/5A/50Hz
- Fuses – 5A Ceramic timed
- Mode of operation – Continuous
- Ingress rating – IPXO
- Environmental 10˚C to 30˚C Non-condensing
- Requirements – Humidities below 75%RH
- Could a device with these capabilities be built easily?
- If so, could LED's with the follow specs be used?
Features:
http://www.aliexpress.com/item/3W-R...-1&btsid=fa5befc5-ea9b-4750-abf2-d10554698732
Emitting Colour: Deep Red
Color Wave Length: 650-660nm
Reverse Voltage: 5.0 V
DC Forward Voltage: Typical: 2.2V Max: 2.4V
DC Forward Current: 700mA
Luminous Intensity: 70-80lm
Viewing Angle: 120°-140°
LifeSpan Time : > 50,000 hours
PCB dimension: Diameter 16mm - What other components would be required?
- What would be an acceptable power source?
- How should the array be wired (series v parallel)?