The XC17S10LVC is a 1 Mbit Serial Configuration PROM (programmable read-only memory) designed by Xilinx Inc. for configuring Xilinx Field-Programmable Gate Arrays (FPGAs). Configuration PROMs store the configuration bitstream that defines the functionality of the FPGA after power-up. This particular PROM uses a serial interface to load the configuration data into the FPGA.

Applications

• Configuration of Xilinx FPGAs.
• Storing configuration data for embedded systems.
• Boot loaders for microprocessors.
• Data storage in low-density applications.

Features

• 1 Mbit storage capacity.
• Serial configuration interface.
• Low-voltage operation (LVC): Reduces power consumption.
• In-system programmability: Allows for reprogramming without removing the device from the circuit board.
• High reliability: Ensures data retention and reliable operation.
• Compact package size: Facilitates integration into small form-factor designs.
• Fast configuration time: Enables quick FPGA start-up.
• Endurance: High number of program/erase cycles.

Benefits

• Simplified FPGA configuration process.
• Reduced power consumption.
• Flexibility to update FPGA designs in the field.
• High system reliability.
• Reduced board space requirements.
• Faster system boot-up time.
• Supports design iterations and updates.

Additional Details

The XC17S10LVC is typically programmed using a Xilinx programmer or a compatible third-party programmer. The serial interface allows for communication with the FPGA during the configuration process. The device's programming voltage and timing requirements are specified in the Xilinx datasheet. Proper handling and storage procedures are essential to prevent damage and ensure data integrity. The PROM is typically surface-mounted on a printed circuit board. Detailed information about the device's electrical characteristics, programming procedures, and package dimensions can be found in the Xilinx datasheet. The configuration data is typically loaded into the FPGA upon power-up, allowing the FPGA to begin operation immediately. The PROM uses non-volatile memory technology, which retains the configuration data even when power is removed. This device is a key component in many Xilinx-based system designs.