Industrial
Delivering the energy efficiency, miniaturization and system reliability demanded by industrial and infrastructure applications is a constant effort. We are supporting these trends by securing these interfaces, reducing the size of various applications while also increasing the power density. From hot-swappable systems to high current 3-phase BLDC motor, our latest products deliver power and space efficiencies.
Videos
Measuring products for DC:DC converters with Nexperia's minilab
Product demonstrator
Nexperia’s MiniLab II is an evaluation platform to measure specially designed DC-to-DC-converters. Watch the demo video and download the user manual to learn how MiniLab II can help you with design and evaluation of a synchronous DC-to-DC buck converter.
Nexperia’s MiniLab II is an evaluation platform to measure specially designed DC-to-DC-converters. Watch the demo video and download the user manual to learn how MiniLab II can help you with design and evaluation of a synchronous DC-to-DC buck converter.
Measuring products for DC:DC converters with Nexperia's minilab
Product demonstrator
Nexperia’s MiniLab II is an evaluation platform to measure specially designed DC-to-DC-converters. Watch the demo video and download the user manual to learn how MiniLab II can help you with design and evaluation of a synchronous DC-to-DC buck converter.
Nexperia’s MiniLab II is an evaluation platform to measure specially designed DC-to-DC-converters. Watch the demo video and download the user manual to learn how MiniLab II can help you with design and evaluation of a synchronous DC-to-DC buck converter.
Balanced current sharing between MOSFETs
Product demonstrator
High current 3-phase BLDC motor drive using LFPAK88 MOSFETs
Product demonstrator
Using Power MOSFETs to handle high currents up to 380 A
Product demonstrator
instagrid - portable power for professionals, using LFPAK MOSFETs
Case Study
Motor control in battery powered products and key MOSFET parameters
Design insights
DC motors come in different types, sizes & power requirements they are optimised according to the targeted application. 3 phase Brushless DC (BLDC) allows precision speed control and improved drive efficiency for industrial applications, Motors used require smaller magnets allowing for smaller and lighter end solutions. BLDC controllers for High power motors may use several MOSFETs in parallel, and high Power Battery packs used to drive these Motors require special consideration for charge and discharge to ensure safe operation, these topics are all discussed in this and subsequent sessions.
DC motors come in different types, sizes & power requirements they are optimised according to the targeted application. 3 phase Brushless DC (BLDC) allows precision speed control and improved drive efficiency for industrial applications, Motors used require smaller magnets allowing for smaller and lighter end solutions. BLDC controllers for High power motors may use several MOSFETs in parallel, and high Power Battery packs used to drive these Motors require special consideration for charge and discharge to ensure safe operation, these topics are all discussed in this and subsequent sessions.
MOSFETs for use in high continuous current applications
Design insights
Many high power applications require a MOSFET to operate at very high continuous current for normal operation and/or expected fault conditions. Nexperia MOSFETs show how high continuous current such as 380A in 5x6mm & 425A in 8x8mm can be achieved with LFPAK package as opposed to other packages such wire-bond where the limits are much lower. Limiting factors such as thermal, PCBs and layout will be discussed. We will also discuss what defines continuous, and how it applies in real life applications.
Many high power applications require a MOSFET to operate at very high continuous current for normal operation and/or expected fault conditions. Nexperia MOSFETs show how high continuous current such as 380A in 5x6mm & 425A in 8x8mm can be achieved with LFPAK package as opposed to other packages such wire-bond where the limits are much lower. Limiting factors such as thermal, PCBs and layout will be discussed. We will also discuss what defines continuous, and how it applies in real life applications.
Parallel multiple MOSFETs using optimized current sharing technology
Design insights
Nexperia have developed a new and unique MOSFET with improved current sharing capability when used in parallel which no longer relies on matched threshold voltages. These MOSFETs will be discussed in detail with test results shared and discussion for benefits this technology provides.
Nexperia have developed a new and unique MOSFET with improved current sharing capability when used in parallel which no longer relies on matched threshold voltages. These MOSFETs will be discussed in detail with test results shared and discussion for benefits this technology provides.
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instagrid - portable power for professionals
Case Study
Building the worlds most advanced portable power supply with up to 230V / 3600W continuous power, and long run time, along with the portability to transport and use by hand, Instagrid's innovative engineering leads the way in a new decade of battery power.
Building the worlds most advanced portable power supply with up to 230V / 3600W continuous power, and long run time, along with the portability to transport and use by hand, Instagrid's innovative engineering leads the way in a new decade of battery power.
Logic for Automotive and Industrial Applications
Technology insights
Microcontroller evolution from an interface perspective
Technology insights
Speaking
Ashish Jha
Global Product Manager
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