AT17LV65-10PC

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AT17LV65-10PC are Configuration Proms for FPGAs (Field Programmable Gate Arrays) that offer a range of options in memory application fields. It can be used to store information and executable code, as well as to store configuration data for specific FPGAs. It provides a convenient way to configure FPGAs and other programmable devices that may require programmability. The device is also used for data storage and non-volatile memory applications such as flash memory for storage and code execution.

AT17LV65-10PC is an 8-bit wide static Programmable ROM (PROM) that is used for programming FPGA devices. It is organized into 1628 bits and contains a programming vector (called a vector table) which can be programmed in order to configure the device. The programming vector contains up to 512 bytes per vector and can also be used to program the FPGA to store different configuration values.

AT17LV65-10PC uses an internal memory array that stores the data that is programmed into the FPGA. The data stored in the memory array is used by the programming algorithm to configure the FPGA. In addition, the device also contains an internal program counter that is used to keep track of the program steps that are required to program the FPGA.

AT17LV65-10PC can also be used to store non-volatile data, such as configuration settings. The non-volatile data is also stored in the internal memory array, and is accessible through a programming interface. The programming interface allows data to be written to, or read from, the memory array.

AT17LV65-10PC’s working principle allows the FPGA to be programmed when power is applied. It works in a two step process: first, the FPGA is programmed with the data from the memory array, and second, it is configured with the configuration data from the vector table. The first step in the programming process involves loading the data from the memory array into the FPGA. This is done by using the programming interface and sending the data through the FPGA’s serial port.

The second step in the programming process is the configuration of the FPGA with the configuration data from the vector table. This step requires the FPGA to accept commands from the programming interface and interpret the commands using its internal logic. The configuration process includes configuring the FPGA’s internal logic and setting up the FPGA’s I/O connections.

Once the FPGA is programmed and configured, it can be used for various applications. For example, it can be used to control robotic systems, communications systems, and memory systems. In addition to this, it can also be used as a controller for embedded applications.

AT17LV65-10PC is an ideal solution for applications where reliability and performance are critical factors. It is designed to provide the highest levels of reliability, performance and flexibility. The device is easy to install and use, and is the preferred choice for many applications.

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