Untitled Blog: filament LED

Showing posts with label filament LED. Show all posts

Tuesday, 22 December 2020

The White, Pink, Blue, and Golden Light Bulb

Q and A - A scientifically based discussion

Depiction of ED28/ED90 'Filament-LED' Bulb

Q - What is it intended to be, how to look like?

A - It is proposed to come in a form of a 'filament LED' bulb of ED23,5, ED90 or ED120 shape, possible with a number of 8 LED-filaments, 2 for each color, in a light color sequence of WHITE, PINK, BLUE and GOLDEN.

Q - So, is it similar to what is known as a filament-LED bulb in the nowadays state of art?

A - Yes, it is really a 'filament LED' bulb, but with the 'filaments' emitting light of different colors, each one, as described.

Q - If so, is it achievable as 'tomorrow', or 'next week', or 'next month'? Or does it need some particular research?

A - Yes, in principle it might be achieved. It depends however on what you have 'at disposal'.

Q - OK! If so, then let's see how can we get it. There were also comments on the 2012portal on this subject. So, how can the readers of the awakening communities have some of this lamps for their home or backyard?

A - We will find it together.

– The light color sequence of White, Pink, Blue, and Golden, is with that of same color being on the opposing points of the 2 frames on which the LED-filaments, in number of 8, are positioned.

Wednesday, 8 July 2020

Filament LED Bulb with Synthetic Gemstone Tube

OPEN SOURCE EVERYTHING

Please read at first about the Xenon HID Lamp with Synthetic Gemstone 'Protection Tube'
https://lightcommunitylighting.blogspot.com/2018/08/blog-post.html

[Images are only for illustration and educative purposes]

No depiction available for moment!

Related posts: https://lightcommunitylighting.blogspot.com/search?q=synthetic

Notice!
[Related to the case of the Xenon HID lamp with synthetic gemstone tube]
> Instead the ‘metal halide’ arc-tube you have a 'filament LED' of 6500K, which gives an almost day-light white, but however not as a day-light spectrum (as in case of the Xenon HID lamp).

> Instead of the protection tube of the ‘protected metal halide lamp’, you have a ‘synthetic gem’ tube, which allows the ‘day light’ of the white filament-LED to pass through the synthetic gem tube.

Discussion to continue...

Cobra's up to date posts: http://2012portal.blogspot.com/2020/07/age-of-aquarius-activation-report.html

Tuesday, 7 April 2020

Untitled

OPEN SOURCE EVERYTHING

The White, Pink, Blue, and Golden Light Bulb – a lighting source for esoteric use.

It is proposed to come in a form of a 'filament LED' bulb of ED90 or ED120 shape, with a number of 8 LED-filaments, 2 for each color,
– in a light color sequence of White, Pink, Blue, and Golden, with that of same color being on the opposing points of the 2 frames on which the LED-filaments, in number of 8, are positioned.

[Images are only for illustration and educative purposes]

Discussion to continue...

Cobra's up to date post: http://2012portal.blogspot.com/2020/04/ascension-timeline-end-of-coronavirus_5.html

Wednesday, 15 January 2020

UNTITLED

OPEN SOURCE EVERYTHING

The 'Laser Diode Bulb' of 407nm – a possible high efficiency violet light source for esoteric use.

On left: A 'filament LED' BT-shaped bulb illustrating the uncoated (no phosphor) array of laser diodes in a linear form;

On right: A coated (with phosphor) BT-shaped bulb illustrating the finished 'laser diode bulb'

On left: A 'filament LED' ED-shaped bulb illustrating the uncoated (no phosphor) array of laser diodes in a helicoidal form;

On right: A coated (with phosphor) ED-shaped bulb illustrating the finished 'laser diode bulb'

Filament componence details

[Images are only for illustration and educative purposes]

Notice:
The case of the coated lamp (image on right, above) has to be considered of 'remote phosphor' type, from a LED point of view.
As shown in the lower image, the coatings (outer layer) of the filament (laser diodes array) are with no phosphor, but diffusing only.
The phosphor coating is on the inner side of outer bulb, similar to the coated HID lamps, in order to work in this way.
In this case a large area of phosphor coating can be achieved, and, it is at a certain distance from the heat source (filament) preventing the overheating of the phosphorous.

Research needs to be conducted...

Related links:

SPECTRA OF VIOLET LASERS http://www.ledmuseum.net/vlspec.htm

General Thermal Management Advice for Laser Diodes
https://blog.rpmclasers.com/general-thermal-management-advice-for-laser-diodes

LD specially suited for remote phosphor configurations
https://www.swissphotonics.net/libraries.files/Rossetti.pdf

Related posts: https://lightcommunitylighting.blogspot.com/2019/12/blog-post.html