LC4384V-5F256C: High-Performance Embedded CPLD by Lattice Semiconductor
The LC4384V-5F256C is a cutting-edge Complex Programmable Logic Device (CPLD) from Lattice Semiconductor Corporation, designed to deliver exceptional performance and flexibility for embedded systems. With 384 logic cells and a rapid 5ns propagation delay, this CPLD is engineered to handle high-speed applications with precision. Packaged in a PBGA256 format, the LC4384V-5F256C ensures robust thermal and electrical performance, making it suitable for demanding environments. Its active product status guarantees ongoing support and availability, providing engineers with a reliable solution for complex logic integration.
This CPLD excels in digital signal processing, communication systems, and industrial automation, thanks to its high integration and low-power consumption. The device's versatility allows it to be used in consumer electronics and automotive applications, where reliability and speed are critical. The LC4384V-5F256C's unspecified parameters, such as I/O count and operating temperature, offer design flexibility, enabling customization for specific project requirements. Its PBGA256 package further enhances its appeal by providing excellent connectivity and durability.
Key features of the LC4384V-5F256C include its high logic density, which reduces board space and component count, and its fast signal processing capabilities, essential for time-sensitive tasks. The device's active status ensures access to the latest updates and support from Lattice Semiconductor, making it a future-proof choice for engineers. Whether you're designing for industrial control systems or advanced communication networks, the LC4384V-5F256C offers the performance and reliability needed to succeed.
In summary, the LC4384V-5F256C is a powerful and adaptable CPLD that meets the demands of modern embedded systems. Its combination of high-speed performance, flexible design options, and robust packaging makes it an ideal solution for a wide range of applications. For more details or to purchase this advanced CPLD, visit our website and explore the comprehensive resources available to support your design needs.
