The other day i was building a coil for my itaste MVP 2.0 and it read a bit lower then i wanted it to, which led me to do some research. What i found was interesting so i thought i would share it here and see what you guys think.
Coil was 1.6 ohms (I was shooting for 2.0)
Wanted to make sure i was in the safe limit for my itaste so i did a google search for "MAX AMP DRAW ITASTE MVP 2.0". This is what i found:
I found that it has a max output of 3 amps. I did a little messing around with an ohms law calcultor and found this to be my lowest ohm coil, which surprised me!
Use 3.6 Volts
@ 1.2 Ohms
3.0 amp draw OR 10.8 Watts.
The itastes wattage feature goes up to 11 watts.
I tried it and it works. I also feel relatively safe doing this because it also has "[FONT=Open Sans, Helvetica Neue, Helvetica, Arial, sans-serif]Over-Discharge Protection"- So the device will simply stop working, or wont fire at all if its too much.
Another example would be:
3.7 Volts
1.3 ohms
=
2.8 amps
10.5 watts
Also safe.
Thanks for reading, tell me what you think. [/FONT]
Coil was 1.6 ohms (I was shooting for 2.0)
Wanted to make sure i was in the safe limit for my itaste so i did a google search for "MAX AMP DRAW ITASTE MVP 2.0". This is what i found:
2600 mAh internal battery
DC Voltage
Myriad compatible (Both eGo and 510 threaded. Accepts all eGo threaded accessories)
Voltage Range: Adjustable from 3.3-5.0 Volts in .1 volt increments
Portable power source for electronic products
3.0 Amp limit
Metal housing (case)
Built-in puff counter
Battery capacity display
ON/OFF safety switch
Pass-through: you can charge and vape at the same time
Standard Micro & 2.0 USB Socket
Short Circuit/Atomizer Protection
Over-Discharge Protection
I found that it has a max output of 3 amps. I did a little messing around with an ohms law calcultor and found this to be my lowest ohm coil, which surprised me!
Use 3.6 Volts
@ 1.2 Ohms
3.0 amp draw OR 10.8 Watts.
The itastes wattage feature goes up to 11 watts.
I tried it and it works. I also feel relatively safe doing this because it also has "[FONT=Open Sans, Helvetica Neue, Helvetica, Arial, sans-serif]Over-Discharge Protection"- So the device will simply stop working, or wont fire at all if its too much.
Another example would be:
3.7 Volts
1.3 ohms
=
2.8 amps
10.5 watts
Also safe.
Thanks for reading, tell me what you think. [/FONT]