EPM7256SRC208-7N

Introducing the EPM7256SRC208-7N, a high-performance and versatile programmable logic device designed to empower your electronics projects. This advanced product utilizes the power of Altera MAX 7000S CPLD architecture, delivering outstanding functionality and flexibility to meet the needs of various applications. Packed with 256 macrocells, this device offers a generous amount of resources for implementing complex logic functions and system integration. With 208 pins and a compact package, the EPM7256SRC208-7N ensures easy integration into your circuitry, saving valuable board space. Equipped with versatile programming capabilities, this CPLD can be programmed either in-system via JTAG interface or in a conventional programming setup using the Altera programming unit. This flexibility provides a seamless development process, allowing for quick iterations and streamlined design cycles. The EPM7256SRC208-7N is known for its low power consumption, making it ideal for power-sensitive applications. Its high-speed operation ensures speedy performance, enabling efficient data processing and responsiveness. Whether you are developing consumer electronics, telecommunications devices, or industrial control systems, the EPM7256SRC208-7N is the perfect choice for enhancing your designs. Explore the endless possibilities with this powerful programmable logic device and bring your projects to life.

banner

Other Products

View More
  • 399-16031-2-ND,399-16031-1-ND,399-16031-6-ND

    399-16031-2-ND,399-16031-1-ND,399-16031-6-ND

  • 587-3465-ND

    587-3465-ND

  • 604-1037-ND

    604-1037-ND

  • 399-10801-ND

    399-10801-ND

  • 478-6276-ND

    478-6276-ND

  • 2085-TPL-8.0/10X25F-ND

    2085-TPL-8.0/10X25F-ND

  • 4828PHBK-ND

    4828PHBK-ND

  • 3999-DRL106M0TG25RR-ND

    3999-DRL106M0TG25RR-ND

  • 399-10803-ND

    399-10803-ND

  • CDLC101K2R7SR-ND

    CDLC101K2R7SR-ND

  • 478-11296-ND

    478-11296-ND

  • 478-BZ015A104ZHB-ND

    478-BZ015A104ZHB-ND

Related Blogs

  • 2025 / 07 / 14

    GlobalFoundries' Acquisition of MIPS: A Strategic Transformation

    ...

    GlobalFoundries' Acquisition of MIPS: A Strategic Transformation
  • 2025 / 07 / 11

    Amplifier ICs: Key Components for Enhanced Signal Processing

    ...

    Amplifier ICs: Key Components for Enhanced Signal Processing
  • 2025 / 07 / 09

    GlobalFoundries Acquires MIPS to Shape the Future of RISC-V

    ...

    GlobalFoundries Acquires MIPS to Shape the Future of RISC-V
  • 2025 / 07 / 08

    Apple's AI Acquisitions: Technological Layout and Strategic Intent

    ...

    Apple's AI Acquisitions: Technological Layout and Strategic Intent
  • 2025 / 07 / 07

    GaN Foundry Landscape Shifts: TSMC Exits, Infineon Advances

    ...

    GaN Foundry Landscape Shifts: TSMC Exits, Infineon Advances
  • 2025 / 07 / 04

    Lifting of Restrictions: The Big Three EDA Companies Resume Supply

    ...

    Lifting of Restrictions: The Big Three EDA Companies Resume Supply
  • 2025 / 07 / 03

    Samsung's Acquisition of Intel's Semiconductor Patent Rights

    ...

    Samsung's Acquisition of Intel's Semiconductor Patent Rights
  • 2025 / 07 / 02

    LG Display Evaluates Photolithography OLED Technology

    ...

    LG Display Evaluates Photolithography OLED Technology
  • 2025 / 07 / 01

    Microsoft's 400 Million Windows User Exodus: A Deep Dives

    ...

    Microsoft's 400 Million Windows User Exodus: A Deep Dives
  • 2025 / 06 / 30

    OpenAI Adopts Google TPU, Adjusts Compute Strategy

    ...

    OpenAI Adopts Google TPU, Adjusts Compute Strategy
Contact Information
close