Fundamentals of
Power
Welcome to the Power Design Center. Here you will find resources, tips and tools that will help you with your power design decisions by market, product type, and topology. This hub will be your key reference center whether you are a new or seasoned power engineer.
Learn about our design for high-voltage to low-voltage DC-DC converter supporting both 400V and 800V battery systems. Bi-directional control eliminates pre-charging circuits for more compact, reliable and high-performance power systems…
WATCHThis reference design describes a 3.5kW, 800V to 14V DC-DC converter with 650V Gallium nitride (GaN) high-electron mobility transistors (HEMT).
READEfficient power delivery in data centers isn’t possible without semiconductors. Watch a panel of our power management leaders discuss what it is going to take to power tomorrow’s data centers.
WATCHWatch this video to see how our 48V scalable integrated hot-swap eFuse family provides a powerful alternative to traditional hot-swap controllers for modern AI data centers. These devices enhance power density…
WATCHThis article discusses how an integrated GaN power stage in an industry-standard TOLL package can help designers deliver increasing power levels with the lowest…
READThis article discusses how to address high-power data center processing needs with TI’s 48V integrated hot-swap eFuse with power-path protection, enabling you to scale power beyond 6kW…
READThis reference design is a 65W, dual USB Type-C® port USB Power Delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN)…
READOur new, innovative UCG28826 self-biasing GaN flyback enables a simplified, auxless design, high efficiency, high density and better EMI compliance for AC/DC power supplies and USB-PD…
READRead our latest collection of technical content on USB Type-C® and USB Power Delivery that examines various applications and their requirements and helps you understands better the entire system view for implementing USB-C and USB PD.
READTI’s first generation of buried Zener devices offers the industry’s best voltage reference, with the lowest temperature and aging drift and flicker noise, while reducing system component…
READThis reference design is an integrated USB Type-C and USB power delivery (PD) charger for 10 to 12 cell batteries for applications such as e-bikes, high-capacity power banks, and portable power station applications.
READUSB Type-C® is here as the universal connector of the future. This article discusses how simple it can be to design for both the new USB Power…
READLiquid and electricity don’t mix. This video discusses how TI’s TPS25751 USB Power Delivery controller utilizes liquid detection and corrosion mitigation technology …
WATCHSee how our innovative power conversion, sensing, isolation and real-time control technologies work together to simplify high-voltage designs, helping you reach the highest levels of efficiency and reliability.
WATCHRead about the latest component, topology and system-level innovations, and how they can simplify power designs in high-voltage automotive and industrial applications.
READPower modules are a great option for power designers and provide many benefits over discrete solutions and LDOs given their multitude of performance features. Read this technical article to learn about our package types and their benefits.
READOur power management experts created the Power Tips series to provide insights on common tips and tricks for addressing specific power-supply design challenges. Read this e-book, which has the 25 most-popular articles from the long-standing series.
READConsumers are looking for more convenient ways to charge their devices. Designing with the right battery charger enables engineers to build rechargeable devices that leverage new technologies like bidirectional and solar…
READIncreasing battery runtime and extending its overall service life has become more critical than ever. Read our latest technical article to learn three ways to minimize power consumption and lengthen battery lifetime using our newest boost converter, the TPS61299.
READThis LDO basics video series covers topics such as dropout voltage, current limit, power-supply rejection ratio (PSRR), noise, thermals and more. The series explores the LDO’s impact in power management and how they can solve your design challenges.
WATCHIncreasing battery runtime and extending its overall service life has become more critical than ever. Read our latest technical article to learn three ways to minimize power consumption and lengthen battery lifetime using our newest boost converter, the TPS61299.
READTI’s first generation of buried Zener devices offers the industry’s best voltage reference, with the lowest temperature and aging drift and flicker noise, while reducing system component…
READThis LDO basics video series covers topics such as dropout voltage, current limit, power-supply rejection ratio (PSRR), noise, thermals and more. The series explores the LDO’s impact in power management and how they can solve your design challenges.
WATCHEfficient power delivery in data centers isn’t possible without semiconductors. Watch a panel of our power management leaders discuss what it is going to take to power tomorrow’s data centers.
WATCHWatch this video to see how our 48V scalable integrated hot-swap eFuse family provides a powerful alternative to traditional hot-swap controllers for modern AI data centers. These devices enhance power density…
WATCHThis article discusses how an integrated GaN power stage in an industry-standard TOLL package can help designers deliver increasing power levels with the lowest…
READThis article discusses how to address high-power data center processing needs with TI’s 48V integrated hot-swap eFuse with power-path protection, enabling you to scale power beyond 6kW…
READThis reference design is a 65W, dual USB Type-C® port USB Power Delivery (PD) charger reference design with integrated flyback controller and Gallium nitride (GaN)…
READRead our latest collection of technical content on USB Type-C® and USB Power Delivery that examines various applications and their requirements and helps you understands better the entire system view for implementing USB-C and USB PD.
READThis reference design is an integrated USB Type-C and USB power delivery (PD) charger for 10 to 12 cell batteries for applications such as e-bikes, high-capacity power banks, and portable power station applications.
READUSB Type-C® is here as the universal connector of the future. This article discusses how simple it can be to design for both the new USB Power…
READLiquid and electricity don’t mix. This video discusses how TI’s TPS25751 USB Power Delivery controller utilizes liquid detection and corrosion mitigation technology …
WATCHPower modules are a great option for power designers and provide many benefits over discrete solutions and LDOs given their multitude of performance features. Read this technical article to learn about our package types and their benefits.
READConsumers are looking for more convenient ways to charge their devices. Designing with the right battery charger enables engineers to build rechargeable devices that leverage new technologies like bidirectional and solar…
READLearn about our design for high-voltage to low-voltage DC-DC converter supporting both 400V and 800V battery systems. Bi-directional control eliminates pre-charging circuits for more compact, reliable and high-performance power systems…
WATCHThis reference design describes a 3.5kW, 800V to 14V DC-DC converter with 650V Gallium nitride (GaN) high-electron mobility transistors (HEMT).
READOur new, innovative UCG28826 self-biasing GaN flyback enables a simplified, auxless design, high efficiency, high density and better EMI compliance for AC/DC power supplies and USB-PD…
READSee how our innovative power conversion, sensing, isolation and real-time control technologies work together to simplify high-voltage designs, helping you reach the highest levels of efficiency and reliability.
WATCHRead about the latest component, topology and system-level innovations, and how they can simplify power designs in high-voltage automotive and industrial applications.
READOur power management experts created the Power Tips series to provide insights on common tips and tricks for addressing specific power-supply design challenges. Read this e-book, which has the 25 most-popular articles from the long-standing series.
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