磁芯电感器的谐波失真分析
磁芯电感器的谐波失真分析 摘 要:简述了改进铁氧体软磁材料比损耗系数和磁滞常数ηB,从而降低总谐波失真THD的历史过程,分析了诸多因数对谐波测量的影响,提出了磁心性能的调控方向。...
磁芯电感器的谐波失真分析 摘 要:简述了改进铁氧体软磁材料比损耗系数和磁滞常数ηB,从而降低总谐波失真THD的历史过程,分析了诸多因数对谐波测量的影响,提出了磁心性能的调控方向。...
In industrial applications, high voltage power supply spikes with durations ranging from a few mic...
A light-emitting diode (LED) is a semiconductor device that emits narrow-spectrum incoherent light...
Abstract: There are many things to consider when designing a power supply for a field-programmable...
Sensing and/or controlling current flow is a fundamental requirement in many electronics systems, an...
Abstract: It is critically important that lithium-ion battery stacks have a good battery-...
Many complex systems—such as telecom equipment,memory modules, optical systems, net...
As the performance of many handheld devices approachesthat of laptop computers, design co...
Typical industrial and automotive applications requiremultiple high current, low voltage ...
Many telecommunications and computing applicationsneed high effi ciency step-down DC/DC c...