Hi,
Please see this link below.
http://puu.sh/aZrzG/472f1f6d00.png
My question is simple. FOR THE LOVE OF GOD WHY??
Please see this link below.
http://puu.sh/aZrzG/472f1f6d00.png
My question is simple. FOR THE LOVE OF GOD WHY??
Still doesn't work like that. You cannot put the two in series because they demand different currents.because 2 24 volt things in series will not work on 24 volts. the motor takes 24 volts, and the solenoid switch takes 24 volts. put them in series and they take 48 volts. also the current is not the same for either of them.
No, In the parallel circuit, both loads have 24V across the two terminals. In the series circuit, the sum of the two voltages adds up to 24V...is because Voltage does not split in parallel. But in series V is consumed by the first component and not enough left for the second component. Is that correct?
Basically. But voltage isn't "consumed" by the component, it just appears as a drop across the component's resistance. And the order of the component in series (whether it's first or second) makes no difference. Each will drop voltage proportional to their respective resistance. Thus, in series, if one has twice the resistance of the other then it will drop twice the voltage of the other, and the sum of the two voltage drops will equal the voltage supply.......................
The main reason it works is because Voltage does not split in parallel. But in series V is consumed by the first component and not enough left for the second component. Is that correct?
by Jake Hertz
by Aaron Carman
by Duane Benson