IC CPLD 288MC 7.5NS 208QFP

XC95288XL-7PQ208C – 288-Macrocell CPLD – AMD High-Density Programmable Logic

This AMD XC95288XL-7PQ208C Complex Programmable Logic Device (CPLD) delivers flexible digital logic integration for embedded system designs. Offering high I/O density and in-system programmability, this IC enables rapid prototyping and hardware customization. PCX supplies this industrial-grade component with guaranteed quality assurance and same-day shipping.

Key Features

• 288 Macrocells with 6,400-gate capacity
• 7.5ns max propagation delay for high-speed operation
• 3.3V operation (3V–3.6V internal voltage)
• 168 I/O pins for extensive connectivity
• In-System Programmable (ISP) via JTAG (10K cycle endurance)
• 0°C to 70°C commercial temperature range

Technical Specifications

Organized into 16 Function Blocks, this surface-mount CPLD features a 208-PQFP package (28x28mm) with BFQFP case construction. The device utilizes 5V-tolerant I/Os while maintaining low internal core voltage. Note: This part is marked obsolete by AMD but remains available through PCX’s legacy component inventory.

Typical Applications

• Industrial control system interfaces
• Communication protocol bridging
• Embedded system glue logic
• Data acquisition systems
• Legacy equipment maintenance

About AMD

AMD (Advanced Micro Devices) is a global leader in high-performance computing and semiconductor innovation. With decades of expertise in programmable logic solutions, AMD’s XC9500XL series established industry benchmarks for CPLD reliability and design flexibility.

AMD’s rigorous quality control and architectural advancements ensure components meet demanding industrial requirements. Their programmable logic devices are trusted in critical applications worldwide, featuring robust EEPROM technology and deterministic timing characteristics.

About CPLDs

Complex Programmable Logic Devices provide reconfigurable digital circuitry between FPGA and simple PLD capabilities. CPLDs excel at implementing combinational logic, state machines, and I/O expansion with deterministic timing and instant-on operation – making them ideal for control-oriented applications.

Unlike volatile FPGAs, CPLDs retain programming through power cycles via non-volatile storage. Their fixed architecture delivers predictable performance for interface bridging, address decoding, and bus management while consuming minimal power compared to microprocessor-based solutions.

Packaging

Available in protective tray packaging. Contact PCX sales for bulk order options.

FAQs

Q: Is this CPLD still suitable for new designs?
A: While marked obsolete, it remains ideal for legacy system repairs, prototypes, and low-volume production where re-spinning designs isn’t practical.

Q: What programming hardware supports this device?
A: Compatible with AMD/Xilinx parallel and USB cable programmers using Vivado or legacy ISE software.

Q: Does PCX provide datasheets?
A: Yes – Download datasheet here (PDF hosted by PCX).

Q: How does ISP capability benefit development?
A: Allows over 10,000 in-circuit programming cycles for iterative debugging without physical device removal.

Q: What’s the difference between macrocells and gates?
A: Macrocells contain programmable logic and flip-flops (288 here), while “gates” refer to equivalent combinatorial logic capacity (6,400).

Q: Can I use 5V logic with this 3.3V CPLD?
A: Yes – I/O pins are 5V-tolerant when VCC is within 3.0–3.6V range.

Product images are representational. Actual item matches manufacturer specifications.

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Limited stock available on this legacy component. Contact our support team for technical assistance and expedited shipping options.