Texas Instruments’ dual-output, multi-phase Fusion Digital PowerTM controller
provides intelligent point-of-load design
Full-featured graphical user interface eases designs, helps speed time-to-market
Bangalore (April 2, 2009) - Expanding the company’s line of Fusion Digital Power controllers, Texas Instruments Incorporated (TI) today introduced a new dual-output, multi-phase synchronous buck controller that can support various point-of-load configurations. The UCD9220 device provides 250 picoseconds of pulse-width-modulation, a 2-MHz switching frequency and high DC conversion ratios, while maintaining stable operation. The flexible controller meets complex power design requirements in telecommunications, server, data storage and industrial test and measurement applications. Designers can use the Digital Power Designer, a full-featured graphical user interface, to configure the device easily and speed time-to-market. For product details see www.ti.com/ucd9220-pr.
Key features/benefits of the UCD9220
- Flexible digital power control enables full loop compensation, including on-linear control for enhanced transient performance and system reliability
- Phase current balancing ensures uniform power dissipation
- Configurable switching frequency up to 2 MHz increases bandwidth and allows use of smaller passive components to save board space
- Optimized power management features to enhance performance, such as PMBusTM-configurable voltage setting, sequencing, power-up and power-down timing and fault response
- 250 picoseconds of pulse-width-modulation allows for a high switching frequency and high conversion ratios while maintaining stable operation
Find out more about TI’s digital power portfolio by visiting the links below:
About Texas Instruments:
Texas Instruments (NYSE: TXN) helps customers solve problems and develop new electronics that make the world smarter, healthier, safer, greener and more fun. A global semiconductor company, TI innovates through manufacturing, design and sales operations in more than 25 countries. For more information, go to www.ti.com. |