EPM7256SQC160-7

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EPM7256SQC160-7 is an embedded CPLD (Complex Programmable Logic Device). It is a programmable logic device designed for a variety of solutions from high-level control to digital signal processing.

EPM7256SQC160-7 is most commonly used for medium-speed or low-speed data control, but also for high-level control applications as well as embedded designs and digital signal processing applications. Common uses include:

• High-level control applications such as medical device control and antenna controller boards.
• Embedded designs such as alarm modules, motion monitoring systems and virtualized storage.
• Digital signal processing applications such as image capture and image processing.

The EPM7256SQC160-7 is a CPLD with a high degree of integration, flexible logic and small size. It is designed to reduce power and speed up the product design cycle. It is a low-cost, high-performance programmable logic product that specifies Pb-free assembly. The EPM7256SQC160-7 has 16 macrocell cores, with programmable interconnects for up to 256 macros and 1200 pins.

EPM7256SQC160-7 can be programmed using popular programming languages such as Verilog, VHDL and ABEL. Programming tools such as Quartus Prime, Xilinx ISE, and Lattice Diamond are used to configure the CPLD based on the logic design.

The working principle of EPM7256SQC160-7 is relatively simple. Each macrocell includes four flip-flop\'s which can be programmed as either synchronous or asynchronous edges, plus a 4-input LUT/ALU for implementing complex logic functions. The macrocells are connected to each other using programmable interconnects, which can be configured for various signal routing options. The EPM7256SQC160-7 also includes I/O pads for connecting to external devices, as well as built-in clocks, RAM, and configuration memory.

The EPM7256SQC160-7 is an ideal choice for embedded control and signal processing applications. It’s low power consumption and ease of use make it a popular choice for designers looking to develop complex designs in a short time frame. Its ability to adjust its configuration quickly makes it easy to program and it eliminates the need for manual component changes. This makes the EPM7256SQC160-7 an excellent choice for quick design turnarounds.

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