Archive for the ‘e-cigarette atoimzer general info’ Category

Throat Hit Origins

Throat hit is the tingling sensation smokers feel at the back of the throat. It is felt when the inhaled smoke hits the throat. The term is more relevant to e-cigarette smoking because by their very nature e-cigarettes taste lighter than conventional cigarettes. Throat hit is a major concern for e-cigarette smokers because most of them converted from conventional smoking and they are used to the stronger throat hit of a burning tobacco leaf.

So, the stronger the throat hit, the better because  it’s closer to the real thing. Let’s look at some of the factors involved in producing stronger throat hit, starting from the most important.

Throat Hit Factors

#1 E-liquid Quality: Overall quality of e-liquid is cited as the most important factor in producing stronger throat hit. First time buyers of e-cigarette should research the brands that offer e-liquid that ranks high in throat hit.

#2 Nicotine Dosage in E-liquid: The dosage of nicotine can also affect throat hit. High dosage equals stronger throat hit, but again it depends on the overall quality of the e-liquid.

#3 Condition and Proper Maintenance: Life of equipment and maintenance may determine throat hit. Often uncharged batteries and clogged atomizer may cause weak throat hit; so do defective ones.

#4 Device Parts Quality: Throat hit also depends on the quality of the separate parts of the e-cigarette: atomizer, batteries, and cartridges. The model, batch, and brand play a part too.

#5 Smoking Technique: Smoking e-cigarettes takes some time to learn. It is about three times harder to draw on an e-cigarette than on a conventional cigarette. Plus getting more vapor and throat hit depends on the particular way an e-cigarette is drawn on.

Let’s try to explain the atomizer technology of the e-cigarette in plain English. The atomizer is the part of the e-cigarette that converts the e-liquid into water vapor. The atomizer is a small metal tube. Inside it, there’s a tiny c l uster of metal wires—the heating component, and a micro pump. Depending on the model of the e-cigarette, atomizers vary in shape and size.

The Process of Atomization During E-Smoking

When a smoker takes a drag from an e-cigarette, a sensor (located inside the main body of the e-cigarette) activates the circuit board (also inside the main body). The circuit board, powered by the battery, sends two electrical currents—one to the pump and one to the heating component of the atomizer. The pump forces the e-liquid through the atomizer where the heating component starts vaporizing the e-liquid.

To most people, this sounds confusing because the atomizer comes before the cartridge with e-liquid. And suction goes in opposite direction—from the atomizer to the cartridge. If you want to solve this mystery, and the mystery of scientific writing, check my source—the European patent office. Who knows, you might come up with your own atomizing device.

Atomizer is the Most Sensitive Part of an E-cigarette

Every new e-smoker, sooner or later, learns this. It’s a good idea to keep a supply of spare atomizers, because most atomizers have a short life; and if your only atomizer dies, you risk going back to conventional cigarettes.
PS: Updated June 17, 2009

The model for how the e-cigarette works comes from information I found at the website of the European Union Patent Office. Many e-cigarette enthusiasts claim there’s no micro pump and that it exists only in the patent to confuse future competition.