XC17V01VO8C

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XC17V01VO8C Configuration Proms for FPGAs is a one-time programmable memory device specifically designed to store computer program and data for FPGA configuration purposes. It is an ideal device for field-programmable gate array (FPGA) applications since it can be programmed properly within system, achieving single-chip device-level configuration and minimizing cost associated with on-chip non-volatile memory devices commonly used for FPGA configuration purposes.

The XC17V01VO8C uses a nonvolatile floating-gate EEPROM technology to provide low-power, high-density configuration memory for FPGAs. The XC17V01VO8C from Xilinx is manufactured using 0.8 micron high-density, floating-gate CMOS technology which features very low power due to its low-current sense amp design. The device is designed to withstand high voltage programming operations over the temperature range of -65 to +150 degrees Celsius.

The device utilizes a simple, serial programming architecture which adopts the same low-power, high-speed sense amplitude as other configuration memories. It operates in a power-saving standby and high-speed read-write mode in order to minimize power consumption while still providing fast programming and reconfiguration of FPGA devices. The XC17V01VO8C is capable of storing up to 64K of 16-bit data bits, compatible with the JEDEC Joint Electronic Device Engineering Council standard so that it is interoperable with devices that follow similar standards.

XC17V01VO8C\'s use a standard JTAG for programming, allowing concurrent configuration and detection operations to simplify data and clock management. The Dynamic Reconfiguration Port (DRP) is used to initiate dynamic reconfiguration operations off-chip, while the System into Reset (SIR) pin is used to reset the on-chip logic resources. The device also has an Enhanced Asynchronous Clear (EAC) pin to restore the logic resources to its appropriate state.

The XC17V01VO8C has a wide range of applications due to its flexibility and low power consumption. It can be used for applications such as field programmable gate arrays (FPGAs), programmable logic devices (PLDs), CPLDs, microcontrollers, embedded processors, and analog mixed-signal devices, among others. Additionally, the device can be used for various industrial solutions such as aerospace, automotive, industrial, medical, military and transportation.

In addition to its applications as a configuration memory, XC17V01VO8C is also used to store code and data for programmable logic applications. Its nonvolatile storage enables it to retain content even when power is removed, thus allowing it to serve as an in-system reprogrammable memory. Additionally, the XC17V01VO8C can also be used as a secure, self-programming storage element, allowing it to be modified multiple times without the need to be reprogrammed by a programming head or system. Its high-performance, high-density and low-power nature make it an ideal memory device for FPGAs and other programmable logic applications.

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