About XILINX XC1736DPC
- Component Type: One-time programmable (OTP) serial configuration read-only memory (PROM)
- Package Type: 8-pin DIP (Plastic Dual In-line Package)
- Technology: Low-power CMOS EPROM process
- Function: Provides a simple, single-pin interface to load configuration data into target programmable logic devices upon startup
Dependable Non-Volatile Memory for Xilinx ConfigurationsThe XC1736DPC ensures stable and uninterrupted configuration for Xilinx FPGAs and CPLDs. Its non-volatile memory retains configuration data for over 20 years, making it ideal for long-term projects or equipment that requires robust, repeatable startup behavior. Its durable DIP-20 through-hole package supports straightforward mounting and maintenance in various electronic assemblies.
Flexible Programming and Reliable OperationWith support for both serial in-system and standalone programmer-based programming, the XC1736DPC adapts smoothly to different production and prototyping workflows. Its typical supply current of 10mA ensures energy-efficient operation, while its over 10,000 erase/write cycles deliver longevity and reliability across numerous reconfiguration needs.
FAQ's of XILINX XC1736DPC:
Q: How can the XC1736DPC be programmed or re-programmed?
A: The XC1736DPC can be programmed using either a serial in-system programming method with compatible Xilinx development boards or a standalone device programmer, allowing flexibility based on manufacturing and design environments.
Q: What types of devices are compatible with the XC1736DPC?
A: This PROM is intended for configuration memory in Xilinx FPGAs and CPLDs that support serial configuration, ensuring seamless integration into many digital design applications.
Q: When is it necessary to replace the XC1736DPC in a device?
A: Replacement is generally only needed after exceeding its erase/write cycle limit (over 10,000 cycles) or if physical/device damage occurs. Its data retention exceeds 20 years under normal conditions.
Q: Where is the XC1736DPC typically used in electronic systems?
A: It is commonly employed in designs where Xilinx FPGAs or CPLDs require reliable, repeatable configuration upon power-up, such as industrial controls, test equipment, and communication devices.
Q: What is the benefit of the anti-static packaging for the XC1736DPC?
A: Anti-static packaging minimizes the risk of electrostatic discharge damage during handling and shipping, preserving device performance and extending operational life.
Q: How does the XC1736DPC support device longevity in application?
A: Its non-volatile technology and robust packaging maintain data integrity for over two decades and (with over 10,000 erase/write cycles) limit the necessity for field replacements or maintenance.
Q: What precautions should be taken during installation of the XC1736DPC?
A: Ensure proper anti-static handling, observe voltage specifications (4.75V to 5.25V), and verify correct pin alignment when mounting the DIP-20 package to avoid damage and ensure reliable operation.