Digital power
Implement power supplies across a wide range of topologies while exceeding performance standards and delivering highest efficiency and power density
Flexibility, efficiency and integration for your dynamic system needs
Our easy-to-use digital-power controllers help optimize your power design's performance and cost. Our unique architecture and powerful GUI offer best-in-class loop latency, higher power density, improved accuracy and efficiency. Modern power supplies require advanced control methods and complex topologies like multi-phase or totem-pole power factor correction (PFC), bidirectional or inverting DC/DCs, current mode resonant inductor-inductor-capacitor and synchronous rectification. Our devices require fewer development resources and less time to pass your power-supply specifications.
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Digital-power controllers
We've optimized our digital-power controllers for existing and new industrial and enterprise markets, including telecommunications and server power, offboard chargers and solar power.
SR MOSFET gate drivers
Synchronous rectifier (SR) MOSFETs are high-speed gate drivers featuring high-drive capability and body-conduction sensing to improve system performance when used with digital-power controllers.
Why choose our digital power controllers?
Comprehensive analog integration
Achieve faster operating frequencies and smaller components with dedicated power peripherals, feedback and high-resolution PWM control to achieve faster control loops and greater power density
Flexible power topologies
Get precise waveform control regardless of topology with high-resolution phase, period and duty-cycle controls. Our controllers are easily programmable for PFC, AC/DC and isolated DC/DC power supplies
Ease of use
Accelerate your development with our Fusion Digital Power™ GUI and fusion express API, and leverage Code Composer Studio™ software for proprietary code development, code debugging and flashing
Power trends
High efficiency digital-power controller
Our digital-power controllers provide dedicated hardware peripherals with simpler firmware development to maximize power density and efficiency with flexbility to implement many power topologies. Developed and optimized for power-supply applications, our digital-power controllers do not limit bandwidth, latency or transient response which saves MIPS for housekeeping or multi-tasking. Dual memeory bank architecture makes firmware updates seamless with zero downtime. Control schemes can be non-linear, zero-voltage switching (reasonant or PWM), with analog modules providing dead-time compensation for higher average efficiency plus robust fault protections.
Using UCD7138 and UCD3138A for Advanced Synchronous Rectification Control (Rev. B)
PFC THD Reduction and Efficiency Improvement by ZVS or Valley Switching
实现power density的特色产品
Low EMI digital-power controllers
With our digital-power controllers, you can implement power supplies that leverage zero-voltage switching, frequency dithering and reactive current compensation with EMI performance passing ciritcal standards with sufficient margin. Our digital-power controllers are also less susceptible to noise, interference and interaction.
Increase power factor by digitally compensating PFC EMI-capacitor reactive curre
UCD3138 Family - Practical Design Guideline (Rev. B)
实现Low EMI的特色产品
技术资源
Using the UCD3138PFCEVM-026 (Rev. B)
Introduction to digital power controllers
Fusion Digital Power Studio for UCD3138 Isolated Power Applications (Rev. C)
了解特色应用
使用灵活的数字电源解决方案对电信整流器和服务器电源应用的电源解决方案进行优化
我们的数字电源隔离式控制器可帮助您降低运营成本、提高效率和可靠性并缩短开发时间，同时改善系统集成并提供高级特性和保护功能。
优势：
- 31.25MHz、32 位 ARM7 和 16MHz 误差模数转换器 (EADC)，可提供适用于复杂控制算法和系统级功能的 8 倍采样。
- 12 位 1MSPS ADC 和 10 位有效 DAC，适用于精密信号生成和测量。
- 自适应死区时间控制、实时固件更新和多个通信接口（例如 UART、SPI、PMBus 和 I2C）。
特色资源
- TIDA-00707 – 适用于电信和服务器 PSU、配备电表且效率高达 97.5% 的 1kW 紧凑型数字 PFC 前端参考设计
- TIDA-00705 – 480W、效率高达 97%η 的超紧凑型 (480W/in3) 双向直流/直流参考设计
- UCD3138A – UCD3138A 用于隔离电源的高度集成数字控制器
- CCSTUDIO – Code Composer Studio™ 集成式开发环境 (IDE)
- FUSION-DIGITAL-POWER-STUDIO – Fusion Digital Power Studio
借助我们的数字控制解决方案，加快您在可持续环境中的开发速度
数字控制器可提供精确的电力输送控制，帮助您实现更高的环路带宽和功率密度。我们的控制器中采用的 Arm® Cortex® 处理器支持最大功率点跟踪和功率因数校正 (PFC) 等高级特性，集成的保护功能可确保系统的安全性和可靠性。
优势：
- 针对各种 PFC 配置和拓扑的解决方案，可提高系统电能质量。
- 支持多种通信接口，包括 UART、SPI 和 I2C。
- 可使用 Fusion Digital Power™ GUI 简化电源设计应用。
特色资源
- UCD3138A – UCD3138A 用于隔离电源的高度集成数字控制器
- UCD3138PFCEVM-026 – UCD3138 可编程的数字功率控制器评估模块
- UCD3138PSFBEVM-027 – UCD3138PSFBEVM-027 评估模块
- CCSTUDIO – Code Composer Studio™ 集成式开发环境 (IDE)
- FUSION-DIGITAL-POWER-STUDIO – Fusion Digital Power Studio
借助我们针对各种电源拓扑进行优化的数字控制解决方案，加快汽车电气化进程
我们的数字电源隔离式控制器可帮助您创建适用于电动自行车应用的更智能、更安全的电动车辆充电解决方案。我们的控制器可提高输出功率控制和精度，有助于实现更高的功率密度，从而支持更快的动态响应，并且可根据充电要求提供高效的功率因数校正和直流/直流转换。
优势：
- 适用于各种功率级别的参考设计。
- Fusion Digital Power™ GUI 等专用电源设计工具以及 Code Composer Studio™ 软件。
- 可帮助缩短设计周期的应用和软件开发套件。
特色资源
- UCD3138A64 – 适用于隔离式电源的高集成度数字控制器
- UCD3138128A – 适用于隔离电源的高集成度数字控制器
- UCD3138PFCEVM-026 – UCD3138 可编程的数字功率控制器评估模块
- UCD3138PSFBEVM-027 – UCD3138PSFBEVM-027 评估模块
- CCSTUDIO – Code Composer Studio™ 集成式开发环境 (IDE)
设计和开发资源
UCD3138 40 引脚开环数字电源控制器评估模块
UCD3138 可编程的数字功率控制器评估模块
The Texas Instruments UCD3138PFCEVM-026 evaluation module (EVM) is a digitally controlled single phase PFC pre-regulator based on the UCD3138 programmable digital power controller. The EVM accepts universal ac line input from 90Vac to 264Vac, 47Hz to 63Hz. The nominal output voltage is 390VDC. (...)
UCD3138A64 控制卡评估模块
德州仪器 (TI) UCD3138A64CEVM-660 评估模块 (EVM) 充当适用于德州仪器 (TI) 隔离电源应用的 UCD3138A64 数字控制器的控制卡。EVM 可用作独立板来研究 UCD3138A64 器件，也可用作控制卡来基于半桥谐振 LLC 和相移全桥等拓扑实现完全调节的电源转换器。通过将相应的固件下载至 EVM 中的 UCD3138A64 器件并建立与最终用户的适当功率级板的连接，可以实现这一点。
为了帮助评估通用隔离电源拓扑，UCD3138A64CEVM-660 评估模块经过特别设计，可与 UCD3138LLCEVM-028 数字 LLC 半桥直流/直流转换器 EVM (...)