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ADI Blackfin processors help solve the cost barriers to thermal infrared camera

In Electronic Infomation Category: R | on December   1, 2010

Analog Devices (ADI) has released its ADSP-533 Blackfin processor, and ULN2068B datasheet and said has been used in Ann Arbor Sensor Systems LLCs AXT100 thermal infrared imaging camera. Infrared cameras will be in AXT100 energy into the process of color image play a critical role in the Blackfin processor, and ULN2068B price and ultimately help the company overcome the Ann Arbor thermal infrared imaging camera has been so slow market price barriers.
ADI introduced infrared imaging technology is a key manufacturing technology applications, such as for the naked eye can not see the die-casting mold and ULN2068B suppliers and injection mold manufacturing technology requirements. Ann Arbor company called AXT100 camera uses a focal plane array thermopile (TFPA) array of sensors, making the camera dimensions, weight and power consumption are reduced a lot.
"To date, the camera is equipped with process control applications are very expensive and the reason the price has not been widely adopted," Ann Arbor Sensor Systems Company director David Kryskowski said, "for the development of a low-cost solution We need to have a low-risk, fast signal processor design cycle, and when the processor is connected to memory and peripherals do not need a lot of glue logic. "
" Blackfin processor for its single The highly integrated chip and 600MHz of processing performance proved to be our ideal solution. We Blackfin ADSP-BF561 dual-core processor performance of the shock, and we plan to use it for our next generation of thermal infrared imaging camera . "
Ann Arbor company also benefited from using the uClinux operating system, a processor installed in the Blackfin open source real-time embedded operating system (RTOS), development of its product applications. Ann Arbor companies use graphical user interface (GUI) and the Blackfin STAMP development process, enabling them to write their own device drivers and modify specific parameters.
"with uClinux on the Blackfin processor, operating system, significantly reducing development time and reduce costs," Kryskowski said, "just one example, we use the Blackfin STAMP board and uClinux RTOS designed our camera, it Ethernet interface provides us with the required driver software. We are although very little prototype board made some changes, but very few changes to the software through the first time completed the design of this camera. "
ADI Corporation Convergent Platforms and Services Division John Croteau, general manager, said: "Our Blackfin processors are increasingly being used in different industries, promote innovation and as a key technology to shorten time to market. Our cooperation with the Ann Arbor company once again fully that design engineers use the Blackfin processor has many advantages: low cost, high performance, low power consumption. "

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