EPM7512AEBC256-10N

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Embedded - CPLDs (Complex Programmable Logic Devices) is a type of device which are used for programmable logic applications. The EPM7512AEBC256-10N is an example of one such device.

This device is a very small, low power CPLD. It has 256 cells and comes with a 10n-seconds maximum device cycle time. It is the first device in the Altera EPM7500 series of programmable logic devices. Its primary applications are in small portable and embedded designs, including industrial control and remote communication systems.

The EPM7512AEBC256-10N is programmed with a Xilinx-style programming language and is completely optimized for use in low-power embedded designs. It features a low power (a maximum of 1.2V) and high speed (a maximum of 400MHz), along with programmable I/O pins and efficient data path selection, while a built-in EFC (Erase/Flash Compiler) provides additional control of the device.

The device is also designed to be compatible with various microprocessor architectures. It integrates well with many popular 8-bit, 16-bit and 32-bit microprocessors and can interface with external RAM and ROM. Thanks to its fast execution times, it is possible to use the EPM7512AEBC256-10N for time-critical applications.

The EPM7512AEBC256-10N works by recording the state of the logic in a memory cell. This memory cell is configured at startup and is programmed to monitor the logic and adjust its state as needed. The device is capable of several types of operations, including conditional statements (IF statements), math/arithmetic statements (down to the bit-level), parallel processing, and comparisons.

In addition, the device also supports several different types of memory-mapped I/O. This allows it to be used to interact with embedded devices, such as serial ports, LCD screens, and GPIO pins. The EPM7512AEBC256-10N can be used in conjunction with external RAM and ROM, making it more powerful and versatile than a traditional microcontroller.

The EPM7512AEBC256-10N is a strong contender for embedded designs, thanks to its low power requirements, high speeds, and compatibility with multiple microprocessor architectures. Its ability to interact with external memory and various peripheral devices make it a popular choice for many embedded applications. In addition, its fast execution times mean it can be used for time-critical applications, making it a great choice for many embedded designs.

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