#powermagnetics 搜尋結果
🤝 Exciting milestone! We welcomed Wuhu Government officials to PREMO HQ and signed a 2026 Investment Agreement, reinforcing our growth & innovation in China!. Together, we drive the future of #PowerMagnetics, #SmartAccess & #AutomotiveTech! #WeArePREMO ⚡🚗
Our NEW website dedicated to Magnetics has launched! Now you can explore all the Magnetics solutions you have come to expect from Standex in a dedicated website: hubs.ly/Q03SnlhM0 - Modern design - Easy navigation - Informative resources Visit today! #powermagnetics
Standex Electronics will be exhibiting at the Energy Conversion Congress & Expo (ECCE) at the Pennsylvania Convention Center in Philadelphia October 20th and 21st, Booth #520. For more information, click: hubs.ly/Q03KYbvm0 #powermagnetics #powertransformers #powerinductors
univold.com/product/smg155… – SMG1553-65 (InRCore) – High-precision magnetic component for power applications. #Univold #InRCore #PowerMagnetics #ComponentTech @eBay @Amazon @Walmart
The US Department of Defense's, Defense Innovation Unit is busy ramping up efforts to evaluate commercially manufactured drones and their accessories for potential use by our military. #drones #powermagnetics #military #defense #powerelectronics nationaldefensemagazine.org/articles/2024/…
Vanguard has 70+ years of experience designing and manufacturing high-reliability #PowerMagnetics for demanding applications. Our Power Magnetics offer power levels to 10kW+ and are ideal for GaN applications and traditional power supplies! Learn more: lnkd.in/eBXa-FrK
Do you know the three main types of non-isolated SMPS designs? Learn about them in our SMPS series on the Talema Blog — talema.com/smps-non-isola… #PowerelEctronics #PowerMagnetics #ElectricalEngineering
Incorporating resonant techniques into SMPS designs allows for higher-frequency switching (and more compact designs) without the switching losses. Read more about resonant converters — talema.com/smps-resonant-… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Power and switching frequency are increasing in the #PowerElectronics industry, making the performance of gate driver circuitry ever more important. Read more — talema.com/gate-driver-in… #PowerMagnetics #ElectricalEngineering
Even though non-isolated SMPSs don't have the benefit of electrical isolation between the input and output, they still have many important uses. Read more — talema.com/smps-non-isola… #ElectricalEngineering #PowerElectronics #PowerMagnetics
Some symmetrical SMPS designs work best for high-power applications like large lab equipment, and telecom systems. Learn which ones here — talema.com/smps-symmetric… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Standard E-I transformers are very economical to produce, but this can come at the cost of size, weight, and efficiency. Learn more about transformer construction — talema.com/introduction-t… #ElectricalEngineering #DesignEngineering #PowerMagnetics
Gate drivers form an important interface between the high-power #electronics and the control circuit in a power semiconductor device. Read more about them here >> talema.com/gate-driver-in… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Despite various floating-channel MOSFET/IGBT driver ICs being available, a transformer-coupled gate drive is still the better option for high-power applications. Read more — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Gate drive transformers are designed to keep leakage inductance and distributed capacitance extremely low to improve overall performance of the circuit. Read more about them here — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #DesignEngineering
Bicron Electronics offers extremely reliable, custom #powermagnetics for rugged applications in high-reliability industries including #RenewableEnergy, #CleanEnergy, #Transportation, and more! Visit our website today to see what we can do for YOU: bicronusa.com
Power Magnetics for MV AC Drive Market Size, Share, Trends, Forecast & Growth Analysis 2034 To Know More : linkedin.com/pulse/primary-… #powermagnetics #mvacdrive #electricalengineering #industrialautomation #energyefficiency
How MagNet: Machine Learning Framework for Modeling Power Magnetic Material Characteristics #TechRxiv #powermagnetics #opensourcedatabase #machinelearning #datadrivenmethods #neuralnetwork techrxiv.org/articles/prepr…
techrxiv.org
Machine Learning Power Magnetics
This paper applies machine learning to modeling power magnetics. We first introduce an open-source database - MagNet - which hosts a large amount of experimentally measured excitation data for many...
Phase-shifted full-bridge converters are similar to conventional full-bridge DC-DC converters, but with a phase shifting control that reduces switching loss and increases efficiency. Read more about them here — talema.com/smps-phase-shi… #PowerElectronics #PowerMagnetics
talema.com
SMPS: Phase-Shifted Full-Bridge Converters
Phase-shifted full-bridge (PSFB) converters are used to step down high DC voltages and to provide isolation in medium-high power applications
Our NEW website dedicated to Magnetics has launched! Now you can explore all the Magnetics solutions you have come to expect from Standex in a dedicated website: hubs.ly/Q03SnlhM0 - Modern design - Easy navigation - Informative resources Visit today! #powermagnetics
🤝 Exciting milestone! We welcomed Wuhu Government officials to PREMO HQ and signed a 2026 Investment Agreement, reinforcing our growth & innovation in China!. Together, we drive the future of #PowerMagnetics, #SmartAccess & #AutomotiveTech! #WeArePREMO ⚡🚗
Standex Electronics will be exhibiting at the Energy Conversion Congress & Expo (ECCE) at the Pennsylvania Convention Center in Philadelphia October 20th and 21st, Booth #520. For more information, click: hubs.ly/Q03KYbvm0 #powermagnetics #powertransformers #powerinductors
Gate drive transformers are designed to keep leakage inductance and distributed capacitance extremely low to improve overall performance of the circuit. Read more about them here — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #DesignEngineering
Despite various floating-channel MOSFET/IGBT driver ICs being available, a transformer-coupled gate drive is still the better option for high-power applications. Read more — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Gate drive transformers can have many different names depending on their application. Learn the differences here — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #ElectricalEngineering
talema.com
Gate Drive Transformers and Circuits
A gate drive transformer is optimized for transmitting rectangular electrical pulses with fast rise and fall times to operate a switching device.
Designing magnetic components for SMPS requires careful attention to several parameters. Follow these 12 steps to ensure a successful design — talema.com/smps-transform… #PowerElectronics #PowerMagnetics #DesignEngineering
talema.com
12 Steps for Designing SMPS Transformers
Designing magnetic components for SMPS can be challenging due to the increasing demands of modern electronics designs. Following these 12 steps can help engineers navigate the challenges and ensure a...
Phase-shifted full-bridge converters are similar to conventional full-bridge DC-DC converters, but with a phase shifting control that reduces switching loss and increases efficiency. Read more here — talema.com/smps-phase-shi… #PowerMagnetics #PowerElectronics
Gate drivers form an important interface between the high-power #electronics and the control circuit in a power semiconductor device. Read more about them here >> talema.com/gate-driver-in… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Phase-shifted full-bridge converters are similar to conventional full-bridge DC-DC converters, but with a phase shifting control that reduces switching loss and increases efficiency. Read more about them here — talema.com/smps-phase-shi… #PowerElectronics #PowerMagnetics
talema.com
SMPS: Phase-Shifted Full-Bridge Converters
Phase-shifted full-bridge (PSFB) converters are used to step down high DC voltages and to provide isolation in medium-high power applications
Incorporating resonant techniques into SMPS designs allows for higher-frequency switching (and more compact designs) without the switching losses. Read more about resonant converters — talema.com/smps-resonant-… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Standard E-I transformers are very economical to produce, but this can come at the cost of size, weight, and efficiency. Learn more about transformer construction — talema.com/introduction-t… #ElectricalEngineering #DesignEngineering #PowerMagnetics
Resonant converters use special techniques to achieve high-frequency operation and smaller form factors for modern power supplies. Learn about them here — talema.com/smps-resonant-… #PowerElectronics #PowerMagnetics #ElectricalEngineering
talema.com
SMPS: Resonant Converters
Resonant converters are used to reduce the switching losses in semiconductor devices. Switching losses and noise are dramatically reduced.
Some symmetrical SMPS designs work best for high-power applications like large lab equipment, and telecom systems. Learn which ones here — talema.com/smps-symmetric… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Why are symmetrical SMPS designs able to produce more power than asymmetrical designs? Find out here — talema.com/smps-symmetric… #PowerelEctronics #PowerMagnetics #ElectricalEngineering
talema.com
SMPS: Symmetrical Isolated Converters
Symmetrical Isolated converters use the full available flux swing in both quadrants of the B-H loop, utilizing the core much more effectively
Even though non-isolated SMPSs don't have the benefit of electrical isolation between the input and output, they still have many important uses. Read more — talema.com/smps-non-isola… #ElectricalEngineering #PowerElectronics #PowerMagnetics
Do you know the three main types of non-isolated SMPS designs? Learn about them in our SMPS series on the Talema Blog — talema.com/smps-non-isola… #PowerelEctronics #PowerMagnetics #ElectricalEngineering
Power and switching frequency are increasing in the #PowerElectronics industry, making the performance of gate driver circuitry ever more important. Read more — talema.com/gate-driver-in… #PowerMagnetics #ElectricalEngineering
Despite being more complex than linear power supplies, switched-mode power supplies have become increasingly popular due to their size, weight, and efficiency benefits. Learn more about them here —talema.com/intro-switched… #PowerElectronics #PowerMagnetics #ElectricalEngineering
What role do gate drivers play in #PowerElectronics systems? Why are they so important? Find out here — talema.com/gate-driver-in… #ElectricalEngineering #PowerMagnetics bit.ly/2N90ntW
talema.com
Introduction to Gate Drivers for Power Electronics
A gate driver is a power amplifier that accepts a low-power input from a controller IC and produces the high current gate drive for a power device
Our NEW website dedicated to Magnetics has launched! Now you can explore all the Magnetics solutions you have come to expect from Standex in a dedicated website: hubs.ly/Q03SnlhM0 - Modern design - Easy navigation - Informative resources Visit today! #powermagnetics
🤝 Exciting milestone! We welcomed Wuhu Government officials to PREMO HQ and signed a 2026 Investment Agreement, reinforcing our growth & innovation in China!. Together, we drive the future of #PowerMagnetics, #SmartAccess & #AutomotiveTech! #WeArePREMO ⚡🚗
Standex Electronics will be exhibiting at the Energy Conversion Congress & Expo (ECCE) at the Pennsylvania Convention Center in Philadelphia October 20th and 21st, Booth #520. For more information, click: hubs.ly/Q03KYbvm0 #powermagnetics #powertransformers #powerinductors
univold.com/product/smg155… – SMG1553-65 (InRCore) – High-precision magnetic component for power applications. #Univold #InRCore #PowerMagnetics #ComponentTech @eBay @Amazon @Walmart
Vanguard has 70+ years of experience designing and manufacturing high-reliability #PowerMagnetics for demanding applications. Our Power Magnetics offer power levels to 10kW+ and are ideal for GaN applications and traditional power supplies! Learn more: lnkd.in/eBXa-FrK
The US Department of Defense's, Defense Innovation Unit is busy ramping up efforts to evaluate commercially manufactured drones and their accessories for potential use by our military. #drones #powermagnetics #military #defense #powerelectronics nationaldefensemagazine.org/articles/2024/…
Bicron Electronics offers extremely reliable, custom #powermagnetics for rugged applications in high-reliability industries including #RenewableEnergy, #CleanEnergy, #Transportation, and more! Visit our website today to see what we can do for YOU: bicronusa.com
Why can't a gate drive transformer transfer a perfectly square pulse from primary to secondary? How do engineers address these limitations? Find out here — talema.com/gate-drive-tra… #PowerMagnetics #PowerElectronics #DesignEngineering #ElectricalEngineering
Standard E-I transformers are very economical to produce, but this can come at the cost of size, weight, and efficiency. Learn more about transformer construction — talema.com/introduction-t… #ElectricalEngineering #DesignEngineering #PowerMagnetics
Do you know the three main types of non-isolated SMPS designs? Learn about them in our SMPS series on the Talema Blog — talema.com/smps-non-isola… #PowerelEctronics #PowerMagnetics #ElectricalEngineering
A properly designed transformer-coupled gate drive has negligible delays and can operate across higher potential differences. Learn more about gate drive circuit design on the Talema Blog >> talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Power and switching frequency are increasing in the #PowerElectronics industry, making the performance of gate driver circuitry ever more important. Read more — talema.com/gate-driver-in… #PowerMagnetics #ElectricalEngineering
How are switched-mode power supplies (SMPS) different from linear power supplies? Find out why they are the method of choice for powering today's electronic devices — talema.com/intro-switched… #PowerMagnetics #PowerElectronics #ElectricalEngineering
Even though non-isolated SMPSs don't have the benefit of electrical isolation between the input and output, they still have many important uses. Read more — talema.com/smps-non-isola… #ElectricalEngineering #PowerElectronics #PowerMagnetics
Phase-shifted full-bridge converters are similar to conventional full-bridge DC-DC converters, but with a phase shifting control that reduces switching loss and increases efficiency. Read more here — talema.com/smps-phase-shi… #PowerMagnetics #PowerElectronics
Some symmetrical SMPS designs work best for high-power applications like large lab equipment, and telecom systems. Learn which ones here — talema.com/smps-symmetric… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Gate drivers form an important interface between the high-power #electronics and the control circuit in a power semiconductor device. Read more about them here >> talema.com/gate-driver-in… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Incorporating resonant techniques into SMPS designs allows for higher-frequency switching (and more compact designs) without the switching losses. Read more about resonant converters — talema.com/smps-resonant-… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Despite various floating-channel MOSFET/IGBT driver ICs being available, a transformer-coupled gate drive is still the better option for high-power applications. Read more — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #ElectricalEngineering
Gate drive transformers are designed to keep leakage inductance and distributed capacitance extremely low to improve overall performance of the circuit. Read more about them here — talema.com/gate-drive-tra… #PowerElectronics #PowerMagnetics #DesignEngineering
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