What is the inductance of the escape?

The inductance of leakage occurs in the transformer because the internal winding of the wire is not perfectly sorted. This phenomenon occurs as an escape in magnetic flow stores and releases energy, causing the flow to act as an inductor. This causes a certain voltage to be dropped between primary and secondary currents. The escape is usually too small to have great consequences, but in high -performance transformers and in the transistor of the oxide field of metal (MOSFET) it can. Transformers of power distribution can be advantageous as an advantage of leakage, so gas drain lamps such as those used in neon characters can. The voltage is generated based on how fast the current changes, so any other inductance affects the transformer performance. It is difficult to regulate the power supply when the core and the transformer winding are not designed correctly. This becomes more obvious and more electric loads are used.

MOSFET can be seriously affected because it turns on and off very quickly. The inductance of the leak creates a current that cannot be distracted between cycles. Current flows, even if the circuit is in a state state that can affect applications that require MOSFET to be on or off at certain times, or which state in which it is actually can be poorly read. On the other hand, the relay can create voltage unless off. If the voltage is high enough, the contact with the resistor or the switch may be damaged.

Many times the inductance of leakage is used as a structural advantage. Some transformers are created to limit the current flows in this way without integrating a sophisticated and expensive energy dissipation system. It is also decisive for gas lamps. In neon characters, the current must be limited, so the transformer will still be usable if the shorts and the lamp are not damaged from high currents. Current in transformers for welding SYThe ARC stems can also be controlled by which the inductance of variable leakage is desirable characteristics.

The

leakage inductance is calculated mathematically by capacity, clutch coefficient and other electric wire properties. Graphic measurements allow them to be visualized by showing the difference in the timing between input and output signals. Immediate voltage changes are not possible compared to the conductors. As a result, an increase in leakage inductance causes a greater delay in the timing of the electrical signal.