Intro To The "3DFS ALPHA" By: Digitalciggz.com

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Drumonron

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Dying for another video or a pic of the finished and assembled product....suffering from acute High Anxiety brought on by the pending Eclipse EQ!!

:rickroll:

(((Imagine...I was just thinking....this guy could potentially be dancing like this for eternity!!))))

:headbang:

((((....and this guy will be bangin forever!))))
 
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Drumonron

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M&M,

What Basilray and Aceyboogie said....ditto 4 me...

...oh, and let's ship 'em out a whole new door.

A clip of some of my favorites .... while we look forward to the
next technological breakthrough in vaping history!

I believe the clip is a metaphor for The Eclipse EQ vs (all other contenders):


 
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mendnwngs

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Wattage is fairly easy to figure out..

W= V squared / resistance..

So, if you have a 1.7 ohm atty, and Voltage set at 4.4, then: 4.4X4.4/1.7 = 11.388 Watts :)

Conversely, if you're looking for a specific wattage (say 9W), then the square root of atty resistance X desired wattage will give you volts, so 9W at 1.7Ohm atty would be: √(1.7×9) or 3.911V required

9W at standard atty resistance (lets say 2.4ohms): √(2.4×9) = 4.647V would be required.

But I'm a geek, so I like to know these things :D

Oh, and *Bump*! :blink:
 
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Drumonron

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Wattage is fairly easy to figure out..

W= V squared / resistance..

So, if you have a 1.7 ohm atty, and Voltage set at 4.4, then: 4.4X4.4/1.7 = 11.388 Watts :)

Conversely, if you're looking for a specific wattage (say 9W), then the square root of atty resistance X desired wattage will give you volts, so 9W at 1.7Ohm atty would be: √(1.7×9) or 3.911V required

9W at standard atty resistance (lets say 2.4ohms): √(2.4×9) = 4.647V would be required.

But I'm a geek, so I like to know these things :D

Oh, and *Bump*! :blink:

Nice post!

and.... I felt the need to re-post the feature set:

Specifications/Features
4.0-6.0V adjustment
Proprietary Shadow Feed Adapter
(Will allow use of users drip tip)
Adapters will become available for:
510 - 306 - 801
Native 510 threading
Regulated Power delivery
100% Custom designed (proprietary) boost circuit
Custom programmed microprocessor to control all functions
1x AW 18650 (2C rating or better)
User Replaceable Cell
Protected USB Charging (500mA max)
USB Pass Through Capability
100% custom MP controlled Touch Driven user input system
Constant sampling of atomizer resistance values
Constant sampling of battery Voltage values
Cell Low charge indication (2 stage)
Cell Low Safety Cutoff(Forced shutdown)
Last user setting memory
Sleep mode
Control Lockout for transport
15 second safety cutoff
6mL fluid capacity
5mL per minute fluid delivery speed (100% PG)
Piezo-Electric Micro Pump fluid delivery system
(Fluid delivery is MP controlled)
Simultaneous FEED/FIRE mode capable
Recirculating liquid well
(excess will be sucked back into atomizer)
Short detection and self protection
Over current protection
Over discharge protection
Over Temperature Protection
Set switch (internal) to tell unit if a standard or High Drain cell is being used
100% touch driven interface
Ability to constantly keep atomizer wetted
(This should preserve the atomizer and provide longer service)
LED array to provide visual indicators of all functions
100% Aluminum casing
Level 3 (hardest) anodizing for superior durability


.... and BUMP

:laugh:
 
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Debian Dog

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Wattage is fairly easy to figure out..

W= V squared / resistance..

So, if you have a 1.7 ohm atty, and Voltage set at 4.4, then: 4.4X4.4/1.7 = 11.388 Watts :)

Conversely, if you're looking for a specific wattage (say 9W), then the square root of atty resistance X desired wattage will give you volts, so 9W at 1.7Ohm atty would be: √(1.7×9) or 3.911V required

9W at standard atty resistance (lets say 2.4ohms): √(2.4×9) = 4.647V would be required.

But I'm a geek, so I like to know these things :D

Oh, and *Bump*! :blink:



Sent from my Xoom using Tapatalk

The math part is easy. Even without the fancy square root ;) calculate amps then amp and voltage. The http://www.the12volt.com/ohm/ohmslawcalculators.asp

If you have ever measured a new addy vs an old one you will see a shift in resistance. This will effectively change the vape over time.

You will actually see the Darwin altering it's voltage though a vape chasing your wattage setting so it's always the same.

I still will buy one but it is no Darwin. Well at least at the display level.
 

harpo

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Sent from my Xoom using Tapatalk

The math part is easy. Even without the fancy square root ;) calculate amps then amp and voltage. The Ohm's Law Calculators

If you have ever measured a new addy vs an old one you will see a shift in resistance. This will effectively change the vape over time.

You will actually see the Darwin altering it's voltage though a vape chasing your wattage setting so it's always the same.

I still will buy one but it is no Darwin. Well at least at the display level.

You're right it's not a Darwin it will be better.
 

cos

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well at least this post got posted.
Hey Drum dam hockey game 11 seconds into OT and Canucks scored. dam dam dam. Normally that shot would havbe not went in. But i have faith in Boston and they are going to come back and win the nest 4 in a row, thus sending Canucks right back to hell.
Michael and Mario thanks for the update question please.... How is the day of the sale going to be taken care of. I emailed you guys but maybe it was lost in cyberspace. Are there going to be 500 people charging at same time or have you other ideas. Thanks. I am just curious
 
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