Issue link: https://resources.mouser.com/i/1471851
Even further, component selection varies based on the nature of a given application. For example, different components are needed for different power levels (i.e., high power versus low power) as well as for different frequency ranges (i.e., high frequency versus low frequency). Hence, when choosing magnetic components for a power application, the selected components must be optimized for the requirements of the specific circuit, minimizing the trade-offs between desired specifications. In the pursuit of the best performance possible, while managing the related trade-offs, the construction of the magnetic components is of the utmost importance. A good magnetic component for power applications must be meticulously designed to maximize reliability, efficiency, and safety. On a physical level, this often comes down to the appropriate combination of materials, the packaging technologies, and the geometry of coil windings. Well-constructed magnetic components have minimal parasitics and must be of appropriate geometries such that a device can meet the power, safety, and performance requirements at the frequency and power levels of the power circuit. Bourns is helping engineers design power circuits by doing the following: • Offering a diverse array of magnetics to fit the needs of many power applications • Leveraging design and manufacturing expertise to create magnetics with minimal parasitics • Working with customers to offer magnetics that balance trade-offs to achieve high efficiency, reliability, and safety 9 I Magnetic Components for Power Applications "The most important trend for power applications is the need to increase the efficiency to achieve a reduced loss of energy for consumer electronics and other mobile devices." Ivan Fumagalli RAMS Engineer, Eldor Corporation