What is the induced tension?
The induced voltage is an electrical potential created by an electric field, a magnetic field or a current. The induced tension in natural and artificial material is carefully planned in many fields, including safety and equipment protection. In the early history of electricity, Benjamin Franklin has shown the accumulation of electric cartridges in the clouds that led to electrostatic charging and slight luminescence of a certain material. The tension generated in the clouds at elevated altitudes can reach far for billions of volts. When atmospheric conditions create a path of lower resistance between charged cloud and earth, lightning strikes where most of the energy reaches the ground. The high current associated with the flash strike is carried out on the ground by the ionized part of the atmosphere, which can easily cause the voltage of conductive material, such as steel towers aelectric cabling. The result is a voltage induced by a current that can damage sensitive electronic devices.
The induced field voltage is created either by an electric or magnetic field. The electric field of the induced voltage is when a capacitor or capacitor is charged with a direct current and a positive charge is caused on one board and a negative charge on the other board is caused. The same capacitor will have a voltage across its terminals, and this is the voltage of the array. When the voltage is changed, the resulting current flow changes the level of the induced voltage. When the flash releases the formation of clouds, the extremely high tension that previously caused the flash to decrease to a certain level set by the conditions of air and ground conditions.
This voltage can further create a magnetic field so that it can be referred to as an induced magnetic field of voltage. When the flash hits the arrest of the flash on the top of the radio tower, the current overvoltage travels towards the ground on the grounding cable. This current generates a transient magnetic field that can cause voltage on any close conductor. Transformation can be repeated soSignificantly as the intensity of the original energy allows. This may indicate why damage to the device may be large due to current and voltage increases during lightning.
in the electrical transformer induces the primary winding voltage through the secondary winding. The induced voltage formula suggests that the output ratio to the input voltage is equal to the number of number or on the primary to the secondary winding ratio. In addition, the test voltage on the transformer uses a voltmeter connected to the input terminals and later to the transformer output terminals. By comparing these two readings, it is possible to calculate the corner ratio.