Theres been several tests floating around utilizing loaded/unloaded tests, heres a test of the Super T-
YouTube - Super T "5 volt" test
YouTube - Super T "5 volt" test
Super T 5 volt loaded/unloaded test
- Thread starter forcedfuel50
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Great video!
Later
Bob
P.S. I think you need a note pad so you don't have to keep notes on your left palm. LOL
Later
Bob
P.S. I think you need a note pad so you don't have to keep notes on your left palm. LOL
Before Pipes and Truelove come barging in here --
I'm first on the list for a Super T custom machined load testing jig!
neener neener neener
LOL
A thorough test, Sir. Very well explained and thought out. This is the epitome of a load test for a PV.
One of the caveats to this test that I don't think even David is aware that he displayed, is that this also puts to rest that silly debate of a month ago where some folks claimed that the material that a PV is made from drastically affects the vape performance via superior conductivity. Ummm, no it doesn't. David showed full battery voltage with the two CR2s in series OUTSIDE of the tube and then again inserted inside the T1 with the switch depressed. Identical voltages of 6.65 V were displayed. And, because he also showed the atty resistance also, a simple Ohms Law equation tells us that when the atty was loaded within the circuit there was no significant voltage drop -- other than the atty itself.
Kudos, David.
I'm first on the list for a Super T custom machined load testing jig!
neener neener neener
LOL
A thorough test, Sir. Very well explained and thought out. This is the epitome of a load test for a PV.
One of the caveats to this test that I don't think even David is aware that he displayed, is that this also puts to rest that silly debate of a month ago where some folks claimed that the material that a PV is made from drastically affects the vape performance via superior conductivity. Ummm, no it doesn't. David showed full battery voltage with the two CR2s in series OUTSIDE of the tube and then again inserted inside the T1 with the switch depressed. Identical voltages of 6.65 V were displayed. And, because he also showed the atty resistance also, a simple Ohms Law equation tells us that when the atty was loaded within the circuit there was no significant voltage drop -- other than the atty itself.
Kudos, David.
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