Technology News
Mixed-Signal Power Manager provides GUI tool for Fusion mixed-signal FPGAs
MPM enables designers to control and reduce power at the system level, offering fully-verified, timing-closed, proven-in-hardware power supervision and management capabilities. The latest offering highlights the significant integration benefits of Actel's Fusion device, the industry's first mixed-signal FPGA.
"The Mixed-Signal Power Manager allows designers to absorb the functionality of standalone power management devices and digital FPGAs into a single mixed-signal FPGA," said Rich Kapusta, vice president marketing and business development. "This functionality enables a reduction in cost, board area, and development time. In addition, customers can easily experiment with the capabilities of Fusion mixed-signal devices for power management and sequencing, without having FPGA design expertise."
Designers can configure power management sequencing, levels, or thresholds using an easy-to-use standalone GUI tool, which also enables the user to program the MPM design into the Fusion device. Designers using MPM can replace discrete power management devices, add more flexibility by leveraging Fusion's reprogrammable flash FPGA technology, and reduce total parts count at the board level. MPM delivers highly-configurable, integrated power management using one high-reliability low-power flash-based Fusion mixed-signal FPGA.
To aid in the design and use of Fusion mixed-signal FPGAs, the Fusion Advanced Development Kit enables designers to quickly and easily start their development and showcases the MPM functionality with four onboard power regulators and supporting infrastructure. These four regulators function as independent power supplies controlled by the MPM. Additional regulator control channels and digital I/O can be accessed using on-board mixed-signal or digital headers.
Related articles:
Actel's Power Management solutions
- Programmable DC power supplies series adds new 800-V model
- Software tool instantly resolves low power MCU pin conflicts
- Sanyo launches solar cell module comprising 21.1 percent efficiency cells
- Global Qi standard launch aims to power up wireless charging
- Buck regulator platform offers world’s smallest 1.8-A dual POL regulator
- 2.4 GHz multi-channel FSK transceiver features built-in star network manager
- DIOFETs boost efficiency, increase reliability of PoL converters
- 78 new microcontrollers offer reduced power consumption, smaller package size
- Common mode choke coils support USB 3.0 SuperSpeed signals
- High performance SOT-89 power amplifier gain blocks target cellular infrastructure
- Solar microinverters and DC-DC power optimizers to generate USD 1.5 bn in next five years
- Lithium-ion battery roadmap hints at technology differentiation
- Research: Li-ion battery has surprisingly small ecological footprint
- Graphite foam cools hi-intensity LEDs
- New IC reduces battery-management system costs by 80 percent in hybrid and electric vehicles
- Cree devises 150-mm SiC wafers
- University of Southampton plan to develop energy harvesting fabrics
- Suntech tops solar module shipment ranking in Q2, 2010
- 'Perilous' market conditions seen in solar
- Sample kit offers current-compensated ring core power chokes
- Designing a multichemistry battery charger
- Power Management Solutions for Stellaris® ARM® CortexTM-M3 MCUs
- PoE+ Circuit Delivers 13W to 70W for Powered Devices (PDs)
- Inductance calculations with PerMag
- Digital Power Helps Get Products to Market More Quickly
- Comparing the Merits of Integrated Power Modules versus Discrete Regulators
- High Efficiency, High Power Factor TRIAC Dimmable 14 WTYP LED Driver
- Power Supply Design Just Became More Straightforward, Thanks to a New Interleaved PFC IC
- High Efficiency, High Power Factor TRIAC Dimmable 7 WTYP LED Driver
- Using Lithium Polymer Batteries In Portable Devices
Power Supplies
Battery
Power Management
ADC
Batteries
Power
MOSFETs
Cypress Semiconductor
Power MOSFET
Texas Instruments
Analog Devices
Solar
MOSFET
STMicroelectronics
Fairchild Semiconductor
Linear Technology
Analog
Microcontroller
Maxim Integrated Products
DC/DC Converters
Power Supply
Energy Harvesting
Diodes
Photovoltaic
Vishay Intertechnology
National Semiconductor
Power MOSFETs
IMS Research
DC/DC Converter
International Rectifier
This site contains articles under license from EETimes Group , a division of United Business Media LLC.


