TAS3208PZPR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Digital signal processors (DSP), is a microprocessor specifically designed for processing digital signals, effectively solving problems related to digital signal processing. It has become the backbone of many embedded systems. Representing this type of microprocessors is the Texas Instruments TAS3208PZPR, a device specialized in processing complex algorithms.

The TAS3208PZPR is a 16-bit fixed point digital signal processor with a 100-MHz clock rate. This device is designed for use in embedded systems such as digital audio systems, motor control, RFID-based systems, navigation systems and other industrial or consumer applications. Its features include high-speed calculation (over 700 MIPS of MUL performance at maximum system frequency) and 16-bit signal accuracy from its reduced instruction set architecture (RISC). Delivering excellent performance with a low-power envelope (3.3V operational voltage consumes 0.4W), the TAS3208PZPR provides superior performance for audio signal processing, digital signal processing and signal analysis applications.

The TAS3208PZPR offers a rich set of peripherals, allowing easier and faster implementation of most applications. The device includes on-chip analog-to-digital and digital-to-analog converters that can sample data at a rate of 12.5 Mega samples per second, as well as a programmable PWM engine with a resolution of 1.0 bit, which can generate up to 15 PWM outputs. Programming TAS3208PZPR is made easy by its optimized development tools, including a full suite of interrupt and debugging architecture to efficiently debug embedded systems.

The TAS3208PZPR’s working principle is based on the fact that it is capable of providing high-precision calculations and signal analysis with a low power envelope. Focus is placed on reducing the power consumption at the same time as keeping the signal accuracy and system performance as high as possible without sacrificing any of these features.

To achieve this level of accuracy and low-power consumption, the TAS3208PZPR employs various engineering techniques to optimize its performance. These techniques include using 16-bit fixed-point arithmetic, dedicated hardware accelerators and high-speed programmable logic. It also uses hardware optimization, like caching and pipelining instructions. Additionally, the microprocessor is capable of executing instructions at a maximum frequency of 100MHz and can automatically determine the best instruction sequence to achieve the highest performance with the lowest power consumption.

Overall, the TAS3208PZPR is an excellent choice for embedded systems thanks to its small form factor, low-power envelope and high speed performance. It is a powerful solution for applications involved in digital signal processing and audio signal processing, such as motor control, industrial automation, telecommunications and automotive.

The specific data is subject to PDF, and the above content is for reference