XC17S100APD8I

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The XC17S100APD8I is a non-volatile, programmable configuration PROM specifically designed and verified for Xilinx FPGAs and CPLDs. It is also compatible with Altera FPGAs and CPLDs, providing them with an additional option when considering storage mediums for their non-volatile configurations. It typically reduces system power consumption by providing power to the FPGA or CPLD only when configuration data is required. The XC17S100APD8I configuration PROM is the perfect device for applications where space is a critical issue and a wide variety of functions are required.

The XC17S100APD8I is capable of storing 100Kbit of data in a variety of formats. In addition to the 8-bit parallel data interface as well as the byte wide serial bus interface, the PROM also has an asynchronous Universal Synchronous/Asynchronous Receiver/Transmitter (USART) interface. The 8-bit parallel input mode is the most efficient way to load the device and to ensure reliable operation. Data can be written and read at 12MB/s and 4MB/s, respectively, while the serial mode can reach up to 500Kb/s.

The XC17S100APD8I is suitable for a variety of applications, including general-purpose digital storage, direct interfacing of microcontrollers, intelligent sensors and actuators, security applications, consumer electronics and even aerospace and military applications. Its flexibility helps to streamline development time, improve system performance, and reduce size and cost.

The working principle of the XC17S100APD8I is based on two separate write/erase ad read cycles. In the write/erase cycle, data is initially written into the PROM’s memory array and is later erased to make room for new data. In the read cycle, the device output is driven by the data stored in its memory array. This enables configuration data to be read and is used to configure the target FPGA or CPLD.

The XC17S100APD8I is programmable in two ways. The first method is to use an external programming tool, like the Xilinx Platform Cable USB, which requires connection to a computer through a USB port. The second method is to program the device using the configuration mode of the system, whereby the configuration data is stored in a configuration file and then used to program the PROM.

The XC17S100APD8I is designed for robust reliability and superior performance. The device has an advanced error correction and data integrity system which prevents invalid data from being copied into the device’s memory array, thus mitigating data corruption. Additionally, the PROM utilizes an internal built-in mechanism for performing internal diagnostics in order to ensure correct operations.

The XC17S100APD8I is a highly reliable storage medium and is ideal for use in FPGA and CPLD applications. Its advanced feature set and low power consumption, combined with its high performance and unique form factor, make it an ideal solution in a wide variety of applications.

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