XC9536XL-10CSG48I

Complex Programmable Logic Devices Overview

The XC9536XL-10CSG48I is a Complex Programmable Logic Device (CPLD) from the AMD/Xilinx XC9500XL family. It features 36 macrocells and supports up to 36 I/O pins. The device operates at a supply voltage of 3.3V with 5V-tolerant inputs. It utilizes non-volatile Flash memory for configuration, allowing in-system programming. The specified propagation delay is 10ns, and it is housed in a 48-pin CSBGA package.

Complex Programmable Logic Devices Feature Summary

• Supports in-system programmability via Flash memory technology
• Provides 5V tolerant I/O interfaces for mixed-voltage compatibility
• Delivers high-speed logic performance with 10ns propagation delay
• Operates on a single 3.3V power supply

Complex Programmable Logic Devices Applications

• Logic control systems
• Interface conversion circuits
• Industrial sensor interfaces
• Test and measurement equipment

Complex Programmable Logic Devices Procurement Notes

Verify the manufacturer marking matches AMD or Xilinx specifications. Confirm the package type is 48-pin CSBGA. Ensure the suffix 'I' indicates industrial temperature range compliance. Check datasheet revisions for any pinout updates.

Complex Programmable Logic Devices Selection Notes

Select this component when 36 macrocells are sufficient for the design. Choose the 10ns speed grade for timing-critical applications. Opt for the CSBGA package if space constraints require a compact footprint. Verify 3.3V system compatibility before integration.

Complex Programmable Logic Devices Part Context

This part belongs to the XC9500XL series, which offers enhanced performance over previous generations. It combines Flash memory benefits with CPLD flexibility. The series is designed for cost-effective logic implementation in embedded systems.

Complex Programmable Logic Devices Replacement Considerations

Compatible variants include XC9536XL-10CSG48C for commercial temperature range. Other package options like VQG44I exist but differ in pin count. Direct substitution requires verifying thermal and electrical specifications.