Kurt Angles
Autobots Transform
A/C D/C
WYE vs DELTA
Induction
100

Reminders are Oscar Had a HEAP of Apples Or This 

SOH CAH TOA

100

The two types of transformers configurations 

WYE & DELTA

100

In a Pure Resistive Circuit Current and Voltage are this  

In Phase with Each other

100

Delta TX Coils are designed like this

Tied end to end

100

With Induction the direction of current flow determines this 

Polarity

200

A waveform that Rises and Falls with direct proportion to time 

Linear Wave

200

Converts AC to DC

Rectifier 

200

A full wave rectifier will have a pulsating DC voltage of that equal to this

Average of AC value

200

WYE coils are designed like this 

Tied together at one common point (N)

200

Polarity of induced voltage can be reversed by this

Reversing polarity of magnetic field

300

A 360-Degree waveform produced by all rotating machines 

Sine Wave

300

Most Common Transformer Setup 

Delta / WYE

300

Peak is RMS X = ?

1.414

300

4 Basic TX Connections

DELTA DELTA

DELTA WYE

WYE WYE

WYE DELTA

300

Flemmings Rule - The Forefinger points to this 

Flux Field (Magnetic Field)

400

Peak X 2 =

Peak to Peak 

400

2 or 3 TX's connected together to deliver three phase power is referred to as this 

Transformer Bank

400

Average is RMS X ?

.9

400

A DELTA connection with only Two TX's 

Open Delta

400

Three important factors concerning electromagnetic induction are A Conductor, A Magnetic Field and this 

Relative Motion

500

Side A is 4 Side B is 5, C= 

C=6.4

500

Primary Side signifier / Secondary Side Indicator in TX's

H Primary / X Secondary 

500

In a R L Circuit, the Current and Voltage are this 

Out of Phase by 90-degrees 

500

A High Leg is Produced from this type of Delta Connection 

4- Wire DELTA

500

When producing power using induction it is often preferred to do this 

Rotate Magnetic Field around the Conductor