We've witnessed the birth and technological progression of variable voltage (VV), and variable wattage (VW), chipsets from the original anemic ego's to the monster 260+ watt box mods of today. These chipsets help provide a consistent vape throughout a batteries useable capacity, protect the battery from over discharge, provide a certain level of battery safety and allow a measure of "fine tuning" for flavor/intensity. So what will, or should, future technological advancement in chipset design bring us?
VV and VW are better described as "user adjustable constant energy output devices", and therein lies their problem. Both continue to provide the same user selected level of power from the start, to the stop of a firing cycle. The longer the firing cycle, the hotter the coil, wick and juice get. Those who enjoy NET or other organic flavor extracts are likely familiar with the charred gunk that rapidly builds up on their coils, temperatures approaching 400F are conducive to producing this buildup. We've seen the introduction of "temperature" control whereas the chipset attempts to maintain a constant coil temperature when firing and while today's offerings are somewhat crude I believe this is where future development needs to focus.
I would like to see user adjustable temperature control with the chipset modulating power output, starting out high (ie 6 - 7v), to rapidly achieve the desired coil temperature and ramping down low (ie 2 - 4V), in order to maintain the correct coil temperature throughout the firing cycle. This chipset would truly be VV and VW as the modulating energy output would rapidly and constantly change many times each second in order to maintain the desired, selected temperature.
What would you like to see in the technology of tomorrow?
VV and VW are better described as "user adjustable constant energy output devices", and therein lies their problem. Both continue to provide the same user selected level of power from the start, to the stop of a firing cycle. The longer the firing cycle, the hotter the coil, wick and juice get. Those who enjoy NET or other organic flavor extracts are likely familiar with the charred gunk that rapidly builds up on their coils, temperatures approaching 400F are conducive to producing this buildup. We've seen the introduction of "temperature" control whereas the chipset attempts to maintain a constant coil temperature when firing and while today's offerings are somewhat crude I believe this is where future development needs to focus.
I would like to see user adjustable temperature control with the chipset modulating power output, starting out high (ie 6 - 7v), to rapidly achieve the desired coil temperature and ramping down low (ie 2 - 4V), in order to maintain the correct coil temperature throughout the firing cycle. This chipset would truly be VV and VW as the modulating energy output would rapidly and constantly change many times each second in order to maintain the desired, selected temperature.
What would you like to see in the technology of tomorrow?
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