EPM7064SLC84-10

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Embedded CPLDs (Complex Programmable Logic Devices) are special integrated circuits that allow designers to quickly and easily implement a range of digital logic functions. The EPM7064SLC84-10 is a powerful CPLD from Altera Corporation and combines a flexible I/O design with high performance to allow designers to quickly implement their designs and get them to market faster than before. In this article, we will discuss the application field and working principle of the EPM7064SLC84-10.

The EPM7064SLC84-10 is aimed at high-density applications that require a significant amount of integrated digital logic. These applications include programmable logic arrays, binary decision diagrams, programmable interconnects, multiply-accumulate IP blocks, high-level arithmetic operations, and many more. With its flexible I/O design and high performance, the EPM7064SLC84-10 allows designers to quickly implement their designs and get them to market faster than before. Its low power consumption and small form factor also make it suitable for a wide range of application fields.

The EPM7064SLC84-10 works by combining interconnects, memory elements, and logic gates on an Integrated Circuit (IC). Its large capacity and high speed make it ideal for applications requiring a high level of integrated logic. The interconnects allow the IC to connect multiple functions in a single IC, while the memory elements can store and retrieve data. The logic gates allow for efficient computation of complicated Boolean functions, allowing for complex designs.

The EPM7064SLC84-10 supports up to 678 logic block registers, 845 macrocells, and 1248 pins. Each of the logic block registers can be customized to suit different applications. The macrocells are used for powerful logic functions, such as state machines and multiplexers. The pins are used for I/O connections, such as D-type flip-flops, analog-to-digital converters, and bus interfaces.

The EPM7064SLC84-10 also supports embedded high performance cores. These cores are used to accelerate the implementation of complex algorithms by pre-programming the logic within the embedded cores. These cores can further improve performance and increase circuit complexity.

In addition, the EPM7064SLC84-10 supports Clock Math Functions (CMF) that allow a user to configure the integrated clock to precisely match the timing requirements of a defined task. This feature is useful for applications that require high-speed timing control, such as digital signal processing, video processing, and communications.

The powerful EPM7064SLC84-10 integrated circuit from Altera Corporation offers a versatile solution to the demands of high-density embedded applications. Its flexible I/O design and high performance make it suitable for a wide range of applications. The EPM7064SLC84-10 also supports embedded high performance cores and Clock Math Functions, making it an ideal choice for applications requiring high performance and complexity.

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