The transformer will act as a step down transformer in the ratio of 240 to 208. This will reduce the 208 input to 180.
The primary winding of a transformer is connected to the supply, while the secondary winding is connected to the load.
The load is connected to the transformer's secondarywinding, while the primary winding is connected to the supply. The terms, 'primary' and 'secondary', do NOT relate to voltage levels.
The primary winding is the winding connected to the supply, while the secondary winding is the winding connected to the load. The terms, 'primary' and 'secondary' are unrelated to voltage levels.
A winding is the name given each of the coils wound around the transformer's core. A basic transformer has two windings, termed the primary winding (connected to the supply) and the secondary winding (connected to the load).
A step-up transformer produces a voltage across its secondary winding which is higher than its primary winding. The secondary winding is connected to the load, while the primary winding is connected to the supply.
No
The primary winding of a transformer is connected to the supply, while the secondary winding is connected to the load.
The load is connected to the transformer's secondarywinding, while the primary winding is connected to the supply. The terms, 'primary' and 'secondary', do NOT relate to voltage levels.
The primary winding is the winding connected to the supply, while the secondary winding is the winding connected to the load. The terms, 'primary' and 'secondary' are unrelated to voltage levels.
In general, you can install a wattmeter on the primary or the secondary side of a transformer (it depends what you are trying to measure). But if you are conducting an open- and short-circuit test (to find the transformer's losses), then the wattmeter is connected to the primary side because you want to measure the total (primary + secondary) losses and that is only achievable from the primary side.
A winding is the name given each of the coils wound around the transformer's core. A basic transformer has two windings, termed the primary winding (connected to the supply) and the secondary winding (connected to the load).
A step-up transformer produces a voltage across its secondary winding which is higher than its primary winding. The secondary winding is connected to the load, while the primary winding is connected to the supply.
Whichever winding is connected to the supply is the primary winding; whichever winding is connected to the load is the secondary winding.
The Load will consume part of the power and therefore reduce the current (voltage ) available for the secondary part of the transformerAnswerYou cannot apply a load to the primary of a transformer which, by definition, is the winding connected to the supply voltage. Your question makes no sense.
The # of windings in a transformer are based on the primary and secondary voltages the transformer is rated for not the way the windings are connected.
When a transformer is first connected to a power line, it experiences an inrush current, which is a high initial current that occurs as the magnetic core saturates. This inrush can be several times greater than the transformer's normal operating current and lasts for a short duration. The transformer begins to establish its magnetic field, and the secondary winding produces an induced voltage based on the primary voltage applied. Proper protective measures are often needed to manage this inrush and prevent damage to the transformer and connected equipment.
no, infinite voltage can't be given to the primary of the transformer....if the secondary is connected to the load, then over voltage will damage the load, if secondary is open circuited, then the infinite voltage can breakdown the transformer internal insulation,