When current flows through a conductor it becomes an inductor, when there is an inductor there is an electromagnetic field (EM). This can cause a variety of issues during PCB layout if you don’t plan ...

This principle is central to electromagnetic induction and underlies many devices in modern power and electronics. Inductance occurs when a change in current flow is utilized to prevent signals with a ...

In this project we are going to measure inductance and capacitance by using an LC circuit in parallel. This circuit is a like a ring or bell which start resonating at certain frequency. Whenever we ...

Any conductive body has a certain finite inductance. This inductance is an intrinsic property of a conductive body and it is always the same, regardless of whether that conductor or device is ...

This principle is central to electromagnetic induction and underlies many devices in modern power and electronics. Inductance occurs when a change in current flow is utilized to prevent signals with a ...

Spoiler summary: The loop inductance of a circular loop is about 25nH per inch of circumference. Remember: before you start using rules of thumb, be sure to read the Rule of Thumb #0: Use rules of ...

Inductance plays a critical role in the design of electrical systems, especially when it comes to parallel wire configurations found in transmission lines, antennas, and PCB traces. Calculating the ...

This paper gives a method that maps the static magnetic field due to a system of parallel current-carrying wires to a complex function. Using this function simplifies the calculation of the magnetic ...

In LTspice, it is very simple to simulate a transformer and specify the mutual inductance between two or more inductors. Two or more inductors are coupled together when they are connected by ...

Remember: before you start using rules of thumb, be sure to read the Rule of Thumb #0: Use rules of thumb wisely. Inductance is probably the most confusing and incorrectly applied concept in signal ...