AT17LV65-10SI

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AT17LV65-10SI is a serial configuration PROM (Programmable Read Only Memory), and one of Atmel memory products. It is used in FPGA devices to store configuration data, which includes startup logic and configuration information.

AT17LV65-10SI is mainly used in organizations where security is important. The main function of AT17LV65-10SI is to control the configuration of the FPGAs which it is connected to. It allows for quick and accurate configuration of the FPGAs which can be loaded quickly and accurately with the correct and correct data by connecting the two ICs together. AT17LV65-10SI also provides a secure method of protecting IPs stored in FPGAs from being illegally copied.

AT17LV65-10SI has a wide range of application fields and can be used in almost any FPGA applications. This can be used in applications such as digital signal processing, embedded control systems, multimedia integration and communications applications. AT17LV65-10SI also has the ability to be bit-accurately programmed by using an on-device programming mode. This provides a quick and reliable way to program the device and configure it with the necessary data.

The working principle of AT17LV65-10SI is to transfer the configuration data stored in the device to the FPGAs. When the PROM is connected to the FPGA, it will first identify the FPGA and then transfer the configuration data stored in the PROM to the FPGA. The data is received by the FPGA and then programmed and configured. When the data is transferred, the FPGA’s control logic will verify the integrity of the data and then load the data into the appropriate locations on the FPGA.

AT17LV65-10SI is suitable for applications where security is important and the configuration takes place quickly and accurately. This is why AT17LV65-10SI is widely used in organizations that require high data security. AT17LV65-10SI also has excellent features such as on-device programming and data protection. This makes AT17LV65-10SI an ideal choice for embedded applications as well as other FPGA applications.

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