Deviation in the direction of current .

In summary, deviation in the direction of current, also known as electrical current deflection, refers to the displacement or change in the path of an electric current from its original direction. This can be caused by various factors, such as magnetic fields, uneven distribution of electrical charges, and resistance of the medium. It can negatively affect electronic devices by causing malfunctions and overheating. However, it can be controlled through techniques like shielding and proper circuit design. Deviation in the direction of current can be measured using devices like galvanometers or oscilloscopes.
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ankur.schwing
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Deviation in the direction of current...

Is there any law of refraction of direct current lines at the boundry between two conducting media relating with conductivities and the angles between the current lines and the normal of the boundry surface..?
 
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Please help...
 

FAQ: Deviation in the direction of current .

What is deviation in the direction of current?

Deviation in the direction of current, also known as electrical current deflection, refers to the displacement or change in the path of an electric current from its original direction.

What causes deviation in the direction of current?

Several factors can cause deviation in the direction of current, such as the presence of magnetic fields, uneven distribution of electrical charges, and the resistance of the medium through which the current is flowing.

How does deviation in the direction of current affect electronic devices?

Deviation in the direction of current can negatively impact electronic devices by causing them to malfunction or operate inefficiently. It can also lead to the overheating of components and potentially damage the device.

Can deviation in the direction of current be controlled?

Yes, deviation in the direction of current can be controlled through the use of various techniques, such as shielding, grounding, and proper circuit design. These methods help to minimize the effects of external factors that can cause deviation in the current's direction.

How is deviation in the direction of current measured?

Deviation in the direction of current can be measured using a device called a galvanometer, which detects and measures the strength and direction of electric currents. Other instruments, such as oscilloscopes, can also be used to measure and visualize the path of a current.

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