XC17S10PD8C

The AMD Xilinx XC17S10PD8C is a high-performance, field-programmable gate array (FPGA) designed for various applications in embedded systems, aerospace, industrial control systems, and communication infrastructure. This device uses the antifuse technology, which makes the programming permanent, eliminating the need for a constant power supply.

The XC17S10PD8C has a total of 1152 logic cells and can handle up to 22 input/output pins. It also features up to 64 macrocells, which provides flexible logic design options. It has a maximum operating frequency of 100 MHz, which enables it to process data at high speeds.

This FPGA has a broad range of application fields. It is best suited for low to medium-complexity systems that require permanent programming. It is an excellent choice for aerospace systems, where reliability and simplicity are critical requirements. It is also commonly used in industrial control systems, where it can connect and control different types of equipment efficiently.

Its use in communication infrastructure applications is also vital, where it is applied in routers, switches, and other networking equipment. The XC17S10PD8C also finds its way into automotive systems, facilitating data processing and control in various subsystems, including on-board diagnostics, anti-lock braking system, and engine management.

Overall, the AMD Xilinx XC17S10PD8C is a highly capable FPGA with unique features such as antifuse technology, making it well-suited to various applications in different fields.