Forum Discussion
wa8yxm
Aug 24, 2015Explorer III
It is a bit more complex than Road-Runner's explanation but .. he is essentially correct.
I have read pages and pages and pages of argument on this subject.
I also have a degree in the field so I know how to sift the "Information" as it were.
And here is how it works
If the unit is NOT boosting then it is drawing a very tiny amnount of power for operational reasons (it is after all a computer device, very simple and low power, but still it computes).
If it's boosting then you have transformer loss (Roughly 10%) and you have a rather complex relationship between volt amps, watts, power factors and input current/voltage v/s output current voltage.
BUT.. Which is more annoying: Having to go out and reset the circuit breaker
Having to pay $1,000 to replace a rooftop air conditioner?
I have read pages and pages and pages of argument on this subject.
I also have a degree in the field so I know how to sift the "Information" as it were.
And here is how it works
If the unit is NOT boosting then it is drawing a very tiny amnount of power for operational reasons (it is after all a computer device, very simple and low power, but still it computes).
If it's boosting then you have transformer loss (Roughly 10%) and you have a rather complex relationship between volt amps, watts, power factors and input current/voltage v/s output current voltage.
BUT.. Which is more annoying: Having to go out and reset the circuit breaker
Having to pay $1,000 to replace a rooftop air conditioner?
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