Skip to content

Mechanics and Principles of Vaping

It’s hard to quantify what vaping technology has done to smokers around the world in the past decade. For England alone, research shows that thousands of smokers have quit smoking each year because of vaping.

The pharmaceutical firms around the globe have come up with an e-cigarette product each year however none of them has been able to match the effectiveness of vaping. For some they just need to know that an electronic cigarette works. It’s easy to puff the device and enjoy an enjoyable cloud of smoke which also delivers nicotine to your body.

For others, however it’s not a good idea to work with a device that’s inner workings are cloaked in secret. It’s a good idea of the way your computer as well as mobile phone operate and how to fix all the issues that can go wrong with these devices. If you think the same is true for your vaping device This article is for you. You’re about to discover the way that vaping works.

How does a Vape Function? The Charging Circuit and Battery

What exactly is a vape and how does it function? Vaping devices use an element of heating to boil liquid e-liquid, transforming it into vapor that can be inhaled. In order for this to take place, the device needs power and the power it needs by using the lithium-ion battery or one of them.

The battery inside the vaping device you use is responsible for supplying energy to the atomizer coil to help vaporize the e-liquid. Furthermore, your device has battery management circuitry accountable for charging the cells, and ensuring their voltage doesn’t allow to become excessively high or low.

What you may not realize is that a dual battery vaping device can store approximately the same amount of power as laptop computers. Although computers can be powered by batteries throughout the day the vaping device is mostly at a standstill.

You’ll get something around 150 puffs of power from dual battery devices prior to the time to recharge it. with an average of around three seconds per puff, that’s only getting a couple of minutes of continuous use of your device when the battery’s charge. This is a significant power consumption.

How does vaping work? How Does Vaping Work – Integrated Circuit, Firmware And the Power Regulation Circuitry

Except for mechanical mods, that are not electronic and therefore are not included in the topic of this article every vaping device has embedded circuits and firmware that control their operations. This means that the vaping device functions as an electronic computer on a smaller scale.

Its circuit as well as firmware determine the process that happens once you use the fire button and the power control circuits either increase or decrease the voltage that is coming from the battery to provide the proper amount of wattage to the coil that is used to atomize. Along with managing the power supply and providing an interface to control your device the connected circuits and the firmware serve the vital role of making sure that you are able to smoke safely and not cause the battery to overheat.

As we’ve mentioned the battery that you use for vaping stores an immense quantity of energy in small packages. If a thermal or short circuit occurs, this could be a very dangerous situation therefore, your vaping device is equipped with safety features to stop these events from occurring. The standard safety features of a vapor device are:

Inspecting for short circuits
The vaping device is monitored for internal temperatures. device.
ensuring that device’s output power isn’t greater than the battery’s capacity
It is time to shut the device off if the battery’s power is too low
The charging cycle should be stopped after the battery has reached its maximum voltage

It’s the Tank And Atomizer Coil

While the primary part of your device is in charge of providing power and managing it The tank and the coil for atomizing are in charge of managing the supply of your e-liquid.

Vape tanks are quite a clever invention since it has numerous holes – holes that allow air to get in at the bottom, and an opening for vapour to exit the top. And yet it is able to hold many millilitres of liquid without leaks.

Vape tanks prevent leaks with the use of gaskets made of silicone to stop the liquid from leaking out. The tank also keeps an internal vacuum, which aids in stopping the e-liquid from flowing out through the coils of the atomizer. The atomizer coil inside vape tanks has a thickly packed cotton wick which keeps the liquid in close proximity to the heating surface of the coil and regulates how liquid flows through the tank.

Here’s how it works.

When you push the button for fire on your device for vaping the heating surface on the coil of the atomizer vaporizes the e-liquid that is contained in the wick.
The wick will be dry by the time you’ve finished your puff which means it absorbs more liquid from the tank. The volume of e-liquid inside the tank drops somewhat.
If the tank is beginning to fill up then you can add more liquid. The process continues until you can open the tank and replace the coil of the atomizer.

The E-Liquid

In discussing the vape’s workings the most important ingredient that makes the vaping device perform is the vape liquid.

Vape juice typically includes nicotine which is the primary reason for vaping for the majority of people. Vaping replaces nicotine one would obtain by smoking cigarettes. Because nicotine is absorbed by inhalation, vaporizing is similar to smoking cigarettes. This is the reason that has led many people to stop smoking tobacco.

E-liquids are also flavored which help increase the pleasure you get from vapor. It is evident that e-liquid is more delicious than smoking cigarettes which can ease the process of quitting. The flavours and nicotine are both extremely concentrated in their initial forms, therefore an e-liquid needs the help of a carrier in order to dilute these substances to create a useful product. In the majority of e-liquids, the carrier is a mixture consisting of propylene-glycol (PG) along with vegetable glycerine (VG).

In the typical bottle of e-liquid , around 90%-95 percent is the carrier, not the flavours or nicotine. The carrier produces the clouds that you can see when you smoke. Altering the ratio between two carrier liquids could drastically alter the quality of the liquid. That’s the reason why bottles of e-liquid typically has its VG/PG ratio in the bottle’s label.