Vin (Max) 8V to 48V
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Hot-swap controllers and e-fuses allow for safe insertion or removal of boards into an energized system. This 8V to 48V family provides power protection by detecting faults and limiting or cutting off current.
Vin (Max) 8V to 48V Content
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VIDEO
WEBINAR - INSIDE AUTOMOTIVE DMS & OMSVIDEOExplore DMS/OMS fundamentals, focusing on typical system architecture, camera power architecture, and the use of MPS IR LED drivers to manage high peak currents and thermal performance in automotive imaging systems. The webinar also covers camera placement and the evolution of the smart cockpit. Key takeaways include: System & Power Architecture: Master the complete system and power architect...
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ARTICLE
THE THEORY OF PARASITIC MILLER TURN-ON AND DRIVING TECHNIQUES FOR SIC MOSFETS AND CASCODESARTICLETo address the constant challenges that accompany increasing a power converter’s power density, switching frequency (fSW), and efficiency, it is vital that designers can switch power transistors quickly and safely. These needs have made wide-bandgap power semiconductors like silicon carbide (SiC) MOSFETs and cascodes more popular than silicon counterparts; however, these devices also work at much ...
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ARTICLE
PRACTICAL DESIGN OF A MULTI-OUTPUT FLYBACK CONVERTER WITH IMPROVED CROSS-REGULATIONARTICLEA stacked-output topology, combined with a weighted feedback network, improves cross-regulation in multi-output flyback converters. This approach allows the main regulated output and the stacked auxiliary output to both contribute to the feedback loop, reducing the voltage deviation typically observed in semi-regulated flyback outputs. This article applies that methodology to a complete offline...
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ARTICLE
DRIVING THE TOTEM-POLE CONVERTER'S SLOW LEG WITH RELIABILITYARTICLEWhether traditional or cutting-edge, most high-voltage power converter topologies are comprised of transistors placed either in half-bridge or full-bridge combinations. Typically, a bootstrap technique is used to drive the high-side transistor when a negative voltage is not required for the gate. While this technique seems simple and straightforward, special care must be taken when dealing with AC...
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ARTICLE
DESIGNING A PEAK POWER-SHAVING SOLUTION FOR AI SERVER APPLICATIONSARTICLEThe power requirements of AI servers are evolving due to the rapid development of AI systems. When AI training starts, the AI GPU power demands can require short bursts of power that exceed the GPU’s idle-state power by 10 times. These power bursts can cause a large inrush current at the server’s power supply units (PSUs) or even overload the PSUs. However, most AI training periods last for a r...
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ARTICLE
A SIMPLE, EFFECTIVE SOLUTION TO SUPPRESS VOLTAGE SPIKES IN FLYBACK CONVERTERSARTICLEFlyback converter topology is one of the most popular topologies adopted by low-power, isolated power supplies. The key to the flyback converter’s success is the ability to divide the buck-boost inductance into two windings of a transformer, creating flexible voltage and current ratios with the additional advantage of isolation. As a result, flyback converters require few components and achieve ro...
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ARTICLE
AI-POWERED ROBOTICS NEED ADVANCED SOC SOLUTIONSARTICLEThe robotics industry is undergoing a major transformation driven by advancements in artificial intelligence (AI), machine learning, and real-time data processing. Today, AI-powered robots are transforming the future of robotics by making systems smarter, more adaptive, and more autonomous. Autonomous robots that were once a topic of futuristic writing are heading for mass production today. Human...
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APPLICATION
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ARTICLE
A 4-STEP GUIDE TO SELECTING PFC CONDUCTION MODE: CRM/DCM VS. CCMARTICLEThe power factor correction (PFC) boost converter is the industry-standard topology for meeting harmonic current regulations such as IEC 61000-3-2. This circuit is essential in modern AC/DC power supplies, where it shapes the input current (IIN) to follow the input voltage (VIN) sinusoidal waveform, achieving a power factor near unity. The key to successful PFC design lies in its operating mode. ...
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ARTICLE
UNDERSTANDING ACCURACY AND RESOLUTION FOR MAGNETIC ANGLE SENSORSARTICLEMagnetic position sensors, especially magnetic angle sensors, are the fundamental building blocks of countless motion-control applications that necessitate precision positioning. These sensors are pivotal in a wide range of industries, from automotive and robotics to consumer electronics and medical devices, underscoring their universal appeal and importance (see Figure 1). However, to ...
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ARTICLE
FILTERING HIGH-FREQUENCY INTERFERENCE IN STEP-DOWN CONVERTER DESIGNS WITH HOT-LOOP COMPONENTSARTICLEModern step-down converters are becoming increasingly efficient. In the frequency range of several hundred MHz, step-down converters can emit higher levels of interference. New IC designs and clever layouts are already able to compensate for such disturbances. By implementing high-frequency ferrite beads, interferences can be further effectively eliminated. In this article, an automotive expert d...
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REFERENCE DESIGN
TITANIUM TI135REFERENCE DESIGNBoard Description: The Ti135 FPGA features the high-density, low-power Efinix® Quantum® compute fabric wrapped with an I/O interface. MPS solutions help optimize real-time edge applications where size, thermal efficiency, and power matter most. Ti135 M.2 Applications: Industrial cameras, roboti...
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