Technology News
TI's new Piccolo USB tools provide cost-effective 32-bit real-time control development
The new evaluation and development tools make it easier for designers to evaluate Piccolo MCUs and develop more energy-efficient, real-time control applications such as solar power micro-inverters, LED lighting, white goods appliances and hybrid automotive batteries. In addition, the first Piccolo-based devices, the F2802x series, are now available for sampling.
Key features of the Piccolo controlSTICK
- $39 evaluation tool
- Helps designers evaluate and learn about Piccolo MCUs
- Small, USB stick form factor
- On board USB JTAG for quick, easy project evaluation
- Access to all control peripherals through header pins
- 32 KB limited Code Composer Studio IDE and example projects
Key features of the Piccolo USB Experimenter's Kit
- $79 for full development kit; includes $49 Piccolo controlCARD
- Prototyping gets designers developing on Piccolo MCUs quickly
- On board USB JTAG emulation with connection for external emulator and power supply
- Access available to all Piccolo pins
- 32 KB limited Code Composer Studio IDE
Real-time control drives energy efficiency across many applications
- Solar micro-inverters: Packing 32-bit performance into a small, low-cost package brings better efficiency and control to solar-powered systems by enabling micro-inverter-based systems that have the potential to drive higher power conversion efficiencies compared to traditional, centralized inverter systems.
- Commercial and industrial lighting applications: LED technology can bring up to 50 percent higher energy efficiency compared to traditional high pressure sodium lamps. Piccolo MCU-based systems enable smart current control and easy system networking to reduce the complexity and cost of managing color mixing and temperature control required for white LED systems.
- Power line communications (PLC): Piccolo MCUs' real-time performance and integration help bring PLC to multiple applications, including street light networks that allow cities to pinpoint power outages and centrally manage or adjust lighting based on time of day, traffic or weather conditions.
Availability and Pricing
The $39 Piccolo controlSTICK offers example projects that walk through Piccolo MCUs' advanced functionality, from simply blinking an LED to configuring the high resolution ePWM peripherals. The $79 Piccolo Experimenter's Kit offers the next step in development by allowing designers to prototype and develop full Piccolo MCU-based projects quickly and easily.
The first F2802x Piccolo MCUs, TMX320F28027PTA and TMX320F28023DAA, are available for sampling and scale from 40 to 60 MHz variations with up to 64 KB Flash memory, 12-bit ADC, ePWM and various peripherals. Future Piccolo MCUs such as the F2803x series will offer increased performance and memory sizes as well as additional peripherals and features such as the programmable, floating point control law accelerator (CLA).
Datasheet for: controlSTICK
Datasheet for: F2802x series
- 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.


