More accurately, domestic electric service in the US is two phase service. Each is ~120VAC referenced to neutral and 180 degrees out of phase with the other. 240VAC is obtained across both ends (with no reference to neutral)
Ok, The problem is some dummies call the connection points for conductors phases incorrectly. This is because they see in three phase you have connections called phase A,B, and C. The connections are labeled as such. In a clockwise direction, phase A is a connection from A to B. Phase B is connection from B to C, and phase C is connection from C to A. Single phase the one and only phase is from connection Line 1 to Line 2. Above and below the time line are not positive and negative. They are it talking about electrons moving, forward and backward. Or could be amps increase and decrease in each direction, or voltage increase and decrease as the coil of wire in the generator get nearer and farther from the magnets. You do not make it clear. I do enjoy your thoughts though.
Ok, The problem is some dummies call the connection points for conductors phases incorrectly. This is because they see in three phase you have connections called phase A,B, and C. The connections are labeled as such. In a clockwise direction, phase A is a connection from A to B. Phase B is connection from B to C, and phase C is connection from C to A. Single phase the one and only phase is from connection Line 1 to Line 2. Above and below the time line are not positive and negative. They are it talking about electrons moving, forward and backward. Or could be amps increase and decrease in each direction, or voltage increase and decrease as the coil of wire in the generator get nearer and farther from the magnets. You do not make it clear. Your title indicates that your sine wave is for current flow or amps. So at any point in time the amps are flowing higher and lower and forward or backward. As I’m sure you are aware that amps are not constant in AC system.
More accurately, domestic electric service in the US is two phase service. Each is ~120VAC referenced to neutral and 180 degrees out of phase with the other. 240VAC is obtained across both ends (with no reference to neutral)
Ok, The problem is some dummies call the connection points for conductors phases incorrectly. This is because they see in three phase you have connections called phase A,B, and C. The connections are labeled as such. In a clockwise direction, phase A is a connection from A to B. Phase B is connection from B to C, and phase C is connection from C to A. Single phase the one and only phase is from connection Line 1 to Line 2.
Above and below the time line are not positive and negative. They are it talking about electrons moving, forward and backward. Or could be amps increase and decrease in each direction, or voltage increase and decrease as the coil of wire in the generator get nearer and farther from the magnets. You do not make it clear. I do enjoy your thoughts though.
Ok, The problem is some dummies call the connection points for conductors phases incorrectly. This is because they see in three phase you have connections called phase A,B, and C. The connections are labeled as such. In a clockwise direction, phase A is a connection from A to B. Phase B is connection from B to C, and phase C is connection from C to A. Single phase the one and only phase is from connection Line 1 to Line 2.
Above and below the time line are not positive and negative. They are it talking about electrons moving, forward and backward. Or could be amps increase and decrease in each direction, or voltage increase and decrease as the coil of wire in the generator get nearer and farther from the magnets. You do not make it clear.
Your title indicates that your sine wave is for current flow or amps. So at any point in time the amps are flowing higher and lower and forward or backward. As I’m sure you are aware that amps are not constant in AC system.