Assertion: coil's winding | /r/HasProperty | primary
Facets:
Source sentences:
text: A time varying current in one coil (called the primary winding) generates a magnetic field which induces a voltage in the other coil (called the secondary winding).
text: A time varying current in one coil (called the primary winding) generates a magnetic field which induces a voltage in the other coil (called the secondary winding).
text: The two windings—known as a primary set and a secondary set—surround an iron core.
text: The winding to which current is applied, which creates the magnetic field, is called the primary winding.
text: The two windings—known as a primary set and a secondary set—surround an iron core.
text: The other windings are called secondary windings.
text: The coil contains a primary winding, a slot iron core, and a secondary winding.
text: One coil, called the primary winding (P), is made from relatively few (tens or hundreds) turns of coarse wire.
text: The two coils are known as the primary and secondary windings.
text: DIS coils may have isolated primary and secondary windings (typical of the waste spark systems), or a common primary circuit with an isolated secondary circuit.
text: High energy coils may use a similar design or have isolated primary and secondary windings.
text: Solid-state Tesla coils use the lowest primary operating voltage, typically between 155 and 800 volts, and drive the primary winding using either a single, half-bridge, or full-bridge arrangement of bipolar transistors, MOSFETs or IGBTs to switch the primary current.
text: Virtually all present Tesla coils use the two coil resonant transformer, consisting of a primary winding to which current pulses are applied, and a secondary winding that produces the high voltage, invented by Tesla in 1891.
text: Virtually all present Tesla coils use the two coil resonant transformer, consisting of a primary winding to which current pulses are applied, and a secondary winding that produces the high voltage, invented by Tesla in 1891.
text: It consists of a primary winding, with relatively few turns, and a secondary winding with hundreds, or even thousands, of turns.
text: The coil contains a primary winding, a slot iron core, and a secondary winding.
text: The other coil, the secondary winding, (S) typically consists of up to a million turns of fine wire (up to 40 gauge).
text: The two coils are known as the primary and secondary windings.
text: DIS coils may have isolated primary and secondary windings (typical of the waste spark systems), or a common primary circuit with an isolated secondary circuit.
text: High energy coils may use a similar design or have isolated primary and secondary windings.
text: is the reason the ignition coil includes a secondary winding rather than using just a simple inductor.