Question on the rocket does it have a 10 second cut off ? I want to try one but hoping it doesn't have the cut off the mods I have don't have it. Also am I correct that it has the five click off five click on safety ?
Question on the rocket does it have a 10 second cut off ? I want to try one but hoping it doesn't have the cut off the mods I have don't have it. Also am I correct that it has the five click off five click on safety ?
Its not the amps its the watts. Never found a hair dryer sold by the amps it produces, they advertise the watts. Light bulbs are watts also. In incandescent bulbs, high watts = more light.
Ohm's law
V, I, and R, the parameters of Ohm's law.
Ohm's law states that the current through a conductor between two points is directly proportional to the potential difference across the two points. Introducing the constant of proportionality, the resistance, one arrives at the usual mathematical equation that describes this relationship:
I = V/R
where I is the current through the conductor in units of amperes, V is the potential difference measured across the conductor in units of volts, and R is the resistance of the conductor in units of ohms. More specifically, Ohm's law states that the R in this relation is constant, independent of the current.
Circuit analysis
In circuit analysis, three equivalent expressions of Ohm's law are used interchangeably:
I = V/R or V = IR o r R = V/I
Each equation is quoted by some sources as the defining relationship of Ohm's law, or all three are quoted, or derived from a proportional form, or even just the two that do not correspond to Ohm's original statement may sometimes be given.
The interchangeability of the equation may be represented by a triangle, where V (voltage) is placed on the top section, the I (current) is placed to the left section, and the R (resistance) is placed to the right. The line that divides the left and right sections indicate multiplication, and the divider between the top and bottom sections indicates division (hence the division bar).
View attachment 110443
Sev
I'm struggling to understand what this has to do with my post. You've recited Ohm's Law beautifully, but it doesn't negate anything I've said. When you have a battery that is being used to drive a circuit that is increasing the voltage of said battery it's going to draw more amperage in the circuit leaving less (we're talking protected batteries here, they limit the current draw) current for the coil to draw on to heat up the juice. Less current (amps) means less heat (vapor).
when you use a boost circuit to increase the voltage above that of the battery its not taking away current from the atty. the boost chip supplies the voltage and needed current (usually limited to about 12 watts) to the atty (current determined by voltage and atty ohm). the booster chip does this by drawing MORE current from the battery then would be used by an equivalent circuit with stacked batts and reducing the volts. in my experience the boosted mods sometimes seem to get wimpy but this is usually a factor caused by the battery(s) not being able to adequately supply the extra current. adding more or bigger batteries can help keep this from happening.
ah i forgot where i was going with that lol![]()
harmonic was going in the right direction but worded it improperly...
The boost circuit draws additional current as stated but at the voltage the battery provides... then converts the additional current into more voltage on the output side... the watts on the battery side and the output side remain the same to keep the circuit in balance.
Luv and kel, if you get a razor blade, or a file, or both, and cut/file the plastic down to flush with the top of the connector you should eliminate all connection issues.