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The two kinds of circuits are
series and parallel
Circuits are
a combination of conductors, insulators, and resisters
X ray machiens use
series
common houshold wirings use
parallel
IT for series
I1=I2=I3=n
RT for series
R1+R2+R3n
VT for series
V1+V2+V3n
VT for parallel
VT=V1=V2=V3=n
IT for parallel
I1+I2+I3n
1/RT for Parallel
1/RT1+1/RT2+1/RT3n
Ohm’s law
V=IR
conductor
conducts or allows current from point a to point b
insulator
prevents current from point a to point b
resister
alter, increase, or decrease current from point a to point b
multiple examples of resistors
kVp major, kVp minor, mA
Rheostats are an example of
A resistor
GU=
OID(FSS)/SOD
stator
doesn’t move
rotor
moves
rotation
3500-1000 RPM
Angle
12o to 20o
motor examples
rotor, anode
motor def
converts electrical energy to mechanical energy
alternator/generator def
converts mechanical energy to electrical energy
active focal spot size
controlled by size of filament alone
effective focal spot size
controlled by size of filament and angle of anode
one side of the rotor has
negative charges
the rotor is turning to
repel charges