EPM7512AEFI256-10

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The EPM7512AEFI256-10 is an embedded Complex Programmable Logic Device (CPLD) designed to provide a cost-effective solution for development of embedded applications. The device provides a high level of flexibility in design options due to its large programmable area, sometimes referred to as its “wiring matrix”, which allows for a variety of logic paths to be configured depending on the specific application. The EPM7512AEFI256-10 was designed to address the needs of real-time embedded systems and utilizes programmable architecture, which allows the same device to be configured in multiple ways depending on the specific application. This enables users to achieve the highest level of performance and  versatility at a lower cost.

The EPM7512AEFI256-10 is based on a programmable, 32-bit technology that allows for the adaptation of its configuration to address a variety of needs and applications. The device provides a combination of features designed to provide users with a range of system solutions. The device is comprised of a 1.5K logic element (LE) array, 32 I/O pins, and an internal 32-bit programmable timing element (TE). The logic element array and the I/O pins are used to map application specific functions and external I/O interfaces to the device. The internal TE allows the device to support fast signal processing and control operations, while the LE array provides for configuring a wide range of functions.

The I/O pins of the EPM7512AEFI256-10 are designed to support a wide range of signal types including LVTTL, CMOS, TTL, and memory I/O. The device has a total of 32 I/O pins, 16 of which can function as either inputs or outputs. The remaining 16 pins can be used as either input or output functions. The device also provides for configuring a wide range of I/O interfaces, including SRAM, EPROM, asynchronous, synchronous, and PCI bus.

The EPM7512AEFI256-10 supports a variety of application areas, offering an optimal solution for embedded system designs, analog control, signal processing and automotive lines. In terms of analog control, the device can be used as an analog signal monitor and to process multiple analog signals simultaneously. In the areas of signal processing, the device can be used for filtering, adaptive control, multi-input/output (MIMO) op-amp applications, and switch mode power supplies. For automotive lines, the device allows for multiplexing, data communications, and engine control applications.

In terms of its design features, the EPM7512AEFI256-10 employs a byte-wide logic element array and 32-bit wide internal programmable timing element. The byte-wide logic element array allows for the configuration of a variety of functions, such as counter/timers, multiplexers, registers, and arithmetic processing components. The 32-bit wide internal programmable timing element enables the device to provide a high level of flexibility for creating user-defined functions.

In addition, the device utilizes an advanced power saving design that allows it to run at low power consumption levels. The device also meets all applicable European RoHS and WEEE requirements. Furthermore, the EPM7512AEFI256-10 was designed to meet security requirements specified by the NSA and the software industry, allowing the device to be used in a wide range of applications.

In sum, the EPM7512AEFI256-10 is a multifunctional CPLD that is capable of addressing a variety of application fields due to its large programmable area and configurable logic paths. The device can be used to address real-time embedded systems, as it enables users to achieve high levels of performance and flexibility at an affordable cost. Its features include a 1.5K logic element array, 32 I/O pins, and an internal 32-bit programmable timing element, which make it an optimal choice for a range of applications, including analog control, signal processing, and automotive lines. The device also meets all applicable European RoHS and WEEE requirements and has been designed to meetsecurity requirements specified by the NSA and software industry.

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