AT17N002-10TQC

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FPGA, or Field Programmable Gate Array, is a type of circuit board functioning as a configurable logic chip, allowing adaptation and optimization for diverse applications. To program FPGAs, Configuration Proms, code storage memory chips, are typically used for non-volatile storage. AT17N002-10TQC is a type of Configuration Prom that is widely used in FPGA applications. In this article, we will explore its application field and working principle.

Application Field of AT17N002-10TQC

AT17N002-10TQC Configuration Prom is a type of memory chip that is used for non-volatile storage of FPGA programming codes. It is designed as a low-cost alternative to the latest devices, as well as compatible with existing code library and development tools. This makes it well-suited for a wide range of FPGA applications, such as:

• High-speed communication systems, like Ethernet, audio/video and USB.
• Embedded industrial applications, such as robot controllers, factory automation, and machine learning.
• Powerful embedded systems and applications, like digital signage and data centers.
• High-performance computing systems and applications, like embedded graphics and AI.
• Other special applications, like medical imaging, automotive, and surveillance.

AT17N002-10TQC’s versatility and flexibility, together with its low cost and reduced size, have made it a popular storage device for a variety of FPGA applications.

Working Principle of AT17N002-10TQC

AT17N002-10TQC Configuration Prom contains EEPROM, which is a type of electrically erasable programmable read-only memory. It enables users to store data without an external power source, meaning that it can retain information even when the power is turned off. When users want to program the configuration code into the FPGA, the AT17N002-10TQC Configuration Prom is used to store the code and then pass the code to the FPGA through its pins.

The main working principle of AT17N002-10TQC Configuration Prom is the same as other configuration Proms, which begins with programming codes into the Configuration Prom chip. In this stage, users write the configurations by either JTAG port or Serial port. Once the code is written into the chip, it will then be encrypted, and the encrypted code will be read by the FPGA. Afterwards, the FPGA will retrieve the configuration code from the Configuration Prom and output it to the logic cells in the chip.

When users want to reprogram the FPGA, they can do so simply by writing new codes into the Configuration Prom, and the FPGA will then execute the new code. By doing so, user can dynamically switch between different configurations and optimize the performance of the FPGA accordingly.

AT17N002-10TQC Configuration Prom is a secure and reliable memory device to store FPGA programming codes. It offers users flexibility, cost-effectiveness and convenience in programming FPGAs, making it a popular option for many applications.

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