When two inductors are mounted extremely close together, the two fluxes leaked outside interfere with each other and the intended properties cannot be achieved. That flux is leaked outside (some products are made to prevent this flux from being emitted) and becomes energy loss. Rate of change in mounting pitch and inductance value A typical example of this is when two inductors are mounted extremely close together.įigure 2 shows the change in inductance value when two inductors are mounted in parallel extremely close together. This means that, when you mount an inductor that is exposed to flux from its periphery, you may be unable to make full use of its intended function. The guaranteed inductance value of a component is the value in the absence of external flux. However, in addition to the magnetic energy they generate by themselves, inductors are also influenced by flux from the outside. Inductors fulfill their function by storing energy in the magnetic field. Mounting direction and the rate of change of inductance value
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