DLP2000FQC

Series:	--
Part Status:	Active
Type:	Digital Micromirror Device (DMD)
Applications:	--
Mounting Type:	Surface Mount
Package / Case:	42-BFCLGA
Supplier Device Package:	42-CLGA (14.12x4.97)

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Specialized ICs: DLP2000FQC Application Field and Working Principle

DLP2000FQC, developed by Texas Instruments, is a platform for high speed measurement and control system of industrial process and machinery. It offers fast, accurate and reliable measurement in a cost-effective form factor in industrial application fields such as manufacturing, process control and power generation.

Definition

DLP2000FQC is a 32-bit digital processor with a reliable, high speed measurement and control system. It makes use of a field programmable gate array (FPGA) combined with a digital signal processor (DSP) to achieve fast, reliable and accurate performance. Its integrated with a robust RISC core to provide ample memory, flexible input/output (I/O) interfaces, and an extended temperature range and resistance to electrical noise.

Application Field

DLP2000FQC provides robust solutions for industrial applications requiring measurement and control system for large scale production and automation. From industrial automation and process control to power generation, the DLP2000FQC platform offers fast, reliable and accurate performance with a cost-effective form factor. For example, the platform provides fast and accurate measuring result in electrical power industry. Thru its RISC core, the processor offers high speed, accurate and reliable measurement and control, with a resistance to electrical noise. And its embedded flash memory, together with its FPGA, offers the flexibility and scalability the application requires. In manufacturing applications, the DLP2000FQC uses high-resolution temperature sensors to measure detailed temperatures and accurately control the process in precision. It can detect and identify subtle changes in the temperature profile, thereby offering an extremely stable manufacturing environment.

Working Principle

The DLP2000FQC processor combines the features of a FPGA and DSP to develop a reliable, high speed measurement and control system. The DSP allows for fast and accurate digital signal processing, while the FPGA allows for fast and reliable hardware-oriented operations. The FPGA consists of combinatorial logic, and it supports the input/output (I/O) requirements of the application. It also supplies the algorithm engine with an increased speed, enabling the processor to have fast data transmission and reception. The FPGA is connected to the RISC core to provide flexible interfacing between the processor and external memory.In addition, the DLP2000FQC processor uses embedded flash memory to store data, software and code. This enables the processor to quickly access the memory without having to reload the entire program. Embedded flash memory also eliminates loading times and provides a non volatile storage option.Lastly, the embedded RISC core ensures reliable performance at various voltage levels, temperature levels and electrical noise. The RISC core serves as a bridge between the processor and external memory, giving the processor flexibility and scalability.

Conclusion

DLP2000FQC is a high speed measurement and control system of industrial processes and machinery. It is a cost effective platform for industrial applications requiring high speed and accurate measurements, such as manufacturing, process control and power generation. The processor makes use of a FPGA, a RISC core, flash memory and a DSP to achieve fast and reliable operation. This platform is well suited for industrial applications where reliable and accurate performance is required.

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