US2021065959A1
|
|
Magnetic core with vertical laminations having high aspect ratio
|
WO2021040741A1
|
|
Magnetic core with vertical laminations having high aspect ratio
|
US2019182957A1
|
|
Integrated Switched Inductor Power Converter Having First and Second Powertrain Phases
|
JP2020127477A
|
|
Packaging material, its manufacturing method as well as exothermic composition storage bag using the same and warmth body
|
US2020360179A1
|
|
Temperature control agent, and heat-generating composition and warming device each using same
|
US2019172624A1
|
|
Method for Fabricating Inductors with Deposition-Induced Magnetically-Anisotropic Cores
|
US2020152364A1
|
|
Electromagnetically-Driven Ferromagnetic Actuator Device
|
US2020075541A1
|
|
Processor module with integrated packaged power converter
|
US2020075233A1
|
|
Compact transceiver on a multi-level integrated circuit
|
WO2020046276A1
|
|
Processor module with integrated packaged power converter
|
US10367415B1
|
|
Processor module with integrated packaged power converter
|
JP2019037776A
|
|
Body warmer
|
EP3639797A1
|
|
Heating body and method for manufacturing same
|
US2018295725A1
|
|
Integrated circuit with laminated magnetic core inductor including a ferromagnetic alloy
|
US2018302986A1
|
|
Laminated Magnetic Core Inductor with Magnetic Flux Closure Path Parallel to Easy Axes of Magnetization of Magnetic Layers
|
US2018295726A1
|
|
Integrated Circuit with Laminated Magnetic Core Inductor and Magnetic Flux Closure Layer
|
US2018295724A1
|
|
Laminated Magnetic Core Inductor with Insulating and Interface Layers
|
WO2019240747A1
|
|
Laminated magnetic core inductor with insulating and interface layers
|
US2018268982A1
|
|
Apparatus and methods for magnetic core inductors with biased permeability
|
US2018110123A1
|
|
Integrated switched inductor power converter
|