Hi guys,
Not having any clue as to how the 6V would perform on a single CR123, I did the obvious. I screwed one on a single cell pak and turned it on. There was light. I would need to confirm with the designer through my intermediary as to what overhead the converter might place on the LED but it appears to the naked eye to be essentially in direct drive. There are no levels to choose from and I would guess this is based on the minimum Vin of 3.6V I was informed of before. The converter probably needs 3.6 V to have its controller function and provide various levels of PWM. It might be interesting using a Li-Ion single cell and seeing how long one would have level selection and at what output strengths. :shrug:
The amount of light that came out was certainly useable. I won't guess at what flux it might be nor will I guess at the flux of the Makai 6V running in regulation on 6V. It would be over 200 lumens on high but as to where above this, no idea. My integrating sphere can not accept the Makai head effectively.
Not having any clue as to how the 6V would perform on a single CR123, I did the obvious. I screwed one on a single cell pak and turned it on. There was light. I would need to confirm with the designer through my intermediary as to what overhead the converter might place on the LED but it appears to the naked eye to be essentially in direct drive. There are no levels to choose from and I would guess this is based on the minimum Vin of 3.6V I was informed of before. The converter probably needs 3.6 V to have its controller function and provide various levels of PWM. It might be interesting using a Li-Ion single cell and seeing how long one would have level selection and at what output strengths. :shrug:
The amount of light that came out was certainly useable. I won't guess at what flux it might be nor will I guess at the flux of the Makai 6V running in regulation on 6V. It would be over 200 lumens on high but as to where above this, no idea. My integrating sphere can not accept the Makai head effectively.