Electronic cigarettes are relatively simplistic to understand. However, with most electronic products, there are usually a few aspects that may be a bit confusing for the average user. An electronic cigarette’s voltage happens to be something that many are unaware of along with the options and differences in each choice.
So what’s the difference between standard voltage and variable voltage for electronic cigarettes? The voltage used will alter how much vapor is produced by the electronic cigarette. For those that wish to maximize performance or just be able to alter the amount of vapor to their liking will prefer the variable voltage.
To better understand the difference, it’s more fitting to cover what the standard voltages for e-cigs are. The standard electronic cigarette has a 3.7 volt battery and a 2.4 ohm cartomizer; this produces a little under 5.5 watts of power. The simple version, so as to not get into all the math, would be that an OHM is the standard unit used to measure electrical resistance.
Variable voltages, as described above, can produce the best results. At the same time, it can produce the worst results if not used properly. If you adjust it too high, it’ll become harsh to vape and potentially have a not so pleasant taste. The coil must stay wet and clean, otherwise it’ll produce the undesirable flavors of burnt liquid. Variable voltages also typically use a 6 volt battery vs. the 3.7 volt of a standard voltage e-cig. At 6 volts and the average 3 ohm cartomizer, it’ll produce up to 12 watts of power! This allows for a massive window to adjust it to your preference. Variable voltages are more expensive than their standard counterpart and typically are used by experienced vaping users. Those that purchase it rarely have a complaint after they’ve learned how to use one correctly, since you can again personally adjust it.
Outside of just the vapor amount and voltage, there are other forms of differences between standard and variable voltage. The variable voltage can usually work with any cartomizer or atomizer that have the same threading. Many of the variable voltages have microprocessors in them to regulate the voltage to maintain it at a safe level, although the standard doesn’t. If you tried to put a lower resistance into a standard e-cig, it would burn out near immediately. Without the microprocessor in variable voltages to keep them from being improperly used, it could ruin one of the attachments or burn it out. Sadly, this isn’t the case for the standard voltage electronic cigarettes. For safety purposes, it’s usually suggested to stay with products that’re listed as attachments for each particular manufacturer to reduce any chance of damaging your e-cigarette.
Electronic cigarettes can take some time to get accustomed to using, and some are more expensive than others, but most will agree they’re well worth it. The performance increase of e-cigs (and other factors) are what drives a good majority of people to buy them.
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What’s the Difference Between Standard and Variable Voltages?
What's the Difference Between Standard and Variable Voltages?
