AT17C010-10PC

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The AT17C010-10PC Configuration Prom memory device is a specialized type of memory that is used in conjunction with Field Programmable Gate Array (FPGA) based circuit boards. Its purpose is to store FPGA configuration bitstream information that is generated during board design and/or field programming. By storing this information in the AT17C010-10PC, it can be used to change the behavior of the FPGA, quickly and cost effectively, when it is needed. The AT17C010-10PC has been designed to meet the JEDEC (Joint Electron Device Engineering Council) standard, allowing it to be used with a wide variety of FPGA devices.

The AT17C010-10PC is a 10-bit/128K byte configuration prom device with a cylindrical package having 36 pins. It utilizes Ferroelectric Random Access Memory (FRAM) technology, which is a non-volatile memory type for high-precision, high-speed and low-power applications. It offers low-power write operations of 2ms and read operations of 30ns. Additionally, its design offers a high write endurance of 10 million write cycles with 10-year data retention.

The AT17C010-10PC Configuration Prom is used to store the bitstream information which is generated during the FPGA board design process. This bitstream information is typically written to the device using specialized tools, such as JTAG programmers, or can be written in-circuit using specific methods. Once the bitstream data has been written to the Configuration Prom, it will remain in the device until it is written to again with new data, or if the device is forced to be cleared.

The AT17C010-10PC can be used to generate a configuration bitstream for the FPGA chip, and the bitstream can be loaded onto the FPGA chip by the Configuration Prom. This eliminates the need for an external programmable memory device, such as a Flash or Static RAM (SRAM), to load the configuration information. By using the Configuration Prom, the user can reduce board space, as well as reduce the cost of the board design by eliminating the need for an external memory device.

The AT17C010-10PC is configured for use with FPGA-based systems through the use of a standard SPI interface and a selection of pins that can be used to control the memory clear operation. The AT17C010-10PC is also capable of storing a combination of data, such as a 64-bit address, a 32-bit configuration data and a 32-bit integrity register. The data in these registers can be read, written to, erased and read without any interruptions.

The AT17C010-10PC is also capable of being programmed in a circuit by using special JTAG serial programming methods. This allows the device to be programmed without the need for external programming tools. This feature makes the device ideal for circuit board designers that require a low-cost and quick solution for programming FPGA devices.

In summary, the AT17C010-10PC Configuration Prom is a specialized memory device designed for use in conjunction with FPGA-based systems. It is designed to meet the JEDEC standard, allowing it to be used with a wide variety of FPGA devices. It is capable of storing a combination of data and can be programmed in-circuit using special JTAG serial programming methods. The AT17C010-10PC eliminates the need for an external programmable memory device, such as a Flash or SRAM, to load the configuration information, which reduces board space and the cost of the board design.

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