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XC17S200APD8C

XC17S200APD8C Description

The XC17S200APD8C is an OTP (One-Time Programmable) serial configuration PROM manufactured by AMD, designed for storing configuration data for FPGAs. With a 2Mb memory size, it operates within a 3V to 3.6V supply range and is rated for commercial temperature ranges (0°C to 70°C). Housed in an 8-pin DIP (Dual In-line Package), this through-hole-mount device is ideal for legacy or rugged applications where reliability is critical. Although marked as obsolete, it remains relevant for systems requiring stable, non-volatile configuration storage without field reprogramming.

XC17S200APD8C Features

• OTP Memory: Ensures data integrity with one-time programming, eliminating accidental corruption.
• Wide Voltage Support: Operates at 3.3V ±10%, compatible with common FPGA power rails.
• Industrial-Grade Packaging: 8-DIP through-hole design suits high-reliability or harsh environments.
• Non-Volatile Storage: Retains configuration data indefinitely, critical for FPGA boot-up sequences.
• REACH Unaffected: Compliant with environmental regulations, ensuring long-term usability in compliant designs.
• Low Sensitivity to Moisture: MSL Not Applicable simplifies handling and storage.

XC17S200APD8C Applications

• FPGA Configuration: Primary use for loading bitstreams into AMD/Xilinx FPGAs during power-up.
• Legacy Systems: Maintains functionality in older industrial or military hardware where updates are rare.
• Embedded Systems: Ideal for fixed-function devices requiring deterministic startup behavior.
• High-Noise Environments: Through-hole mounting and OTP reliability mitigate risks in electrically noisy applications (e.g., motor control, power electronics).

Conclusion of XC17S200APD8C

The XC17S200APD8C offers a robust, no-compromise solution for fixed-configuration FPGA systems. Its OTP architecture, wide voltage tolerance, and through-hole durability make it a pragmatic choice for legacy upgrades or environments demanding long-term stability. While newer alternatives exist, this device remains a reliable option for designs prioritizing data permanence and simplicity over reprogrammability. Engineers should evaluate its obsolete status against project lifecycle needs but can leverage its proven performance in critical applications.