 New development environment cuts coding time Third-party plug-ins extend robust development environment Free evaluation tools: Try it before you buy it $100 million ventrue capital fund seeds fresh ideas Are you looking for Data Converters for your design? TI extends the "C6000 platform to new levels of performance and affordability New 'C6000 development platforms support faster development time Fastest floating-point DSP now sampling New 'C6000 app notes on the Internet TI expands the industry's lowest power DSP platform TI Translation Assistant Program simplifies upgrades from 'C5x to high-performance 'C54x New 'C549/'C5410 application notes on the Web Hands-on experience through online training New 'F24x DSPs with on-chip Flash speed time-to-market Third-party support simplifies 'F240 development Fastest low-power, 10-bit, 1.25-MSPS serial ADC Integrated supply-voltage supervisor and watchdog timer in SOT-23 package |
New ’F24x DSPs with on-chip Flash speed time-to-market
The released device, the ’F240, integrates 16K words of Flash and features code- and pin-compatibility with the ROM-based ’C240. Designers can program quickly using the ’F240, then transfer the code to the more cost-effective ROM-based device for volume production. Two other devices now sampling, the ’F241 and ’F243, integrate Flash memory and are the industry’s only DSPs with an integrated Control Area Networking (CAN) controller. With the CAN interface, these devices support complex industrial applications that require control of multiple motors through inter-system communications. The ’F243 also integrates an expansion bus for the use of additional memory. The ’F241 has ROM derivatives—the ’C241 and ’C243—in volume production. The ’F24x DSPs include a 10-bit analog-to-digital converter (ADC) with an 850-ns typical conversion time and a dedicated event manager that supports multiple pulse-width modulation (PWM) channels and dead-band logic. These functions enable designers to design more efficiently by reducing or eliminating mechanical linkages and electronic components. This results in lighter-weight, quieter end products with lower system costs.
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