Green energy and industrial applications rely heavily on passive components to deliver energy efficiently. Many of these technologies are enabled by film capacitors.
Join KEMET’s Hector Nieves (Film Technical Product Manager) to learn the characteristics of film capacitors, how they enable high voltage energy conversion for green applications, and the tools offered...
Passive components are already some of the smallest parts of the circuit, but the needs of the industry are pushing them to be even smaller.
Join KEMET’s Jekaterina Stael von Holstein (Field Application Engineer) to learn the corner of Kemet capacitor product offering that is specifically focused on space-constrained applications.
KEMET’s AEC-Q200 qualified MPXV power inductors to have a metal composite core that provides stable inductance at high current levels. Inductance is also stable across a wide temperature range, with MPXV inductors rated for operation at up to 155°C, making them ideal for all kinds of automotive ECU applications.
MPXV inductors are available...
The size of electronics is shrinking, yet power demands remain the same in spite of size reductions. How do you cram a lot of capacitance in high-power-density applications? Answer: you break down the capacitance requirement into banks of series and parallel strings.
Designing these capacitor banks is significant and sometimes requires multiple...
Gallium Nitride semiconductors allow designers to operate at higher frequencies and voltages than their silicon counterparts, enabling power management systems that are smaller and more efficient. These new designs also require capacitors that can operate at these higher frequencies and provide stable performance at the voltages that GaN devices typically operate at.
KEMET’s polymer tantalum capacitors...
