EPM7128BFC256-7

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Embedded - CPLDs (Complex Programmable Logic Devices) are valuable components in the world of electronics engineering. Among the many components available, EPM7128BFC256-7 is considered one of the most versatile CPLDs to be used within the industry. In this communication, a look will be taken at the application fields and the working principle behind this device.

Economic for a wide range of practical purposes, EPM7128BFC256-7 CPLD is well suited for mission-critical applications including those with high-speed clock-rates and multiple timing specifications. Specifically, the device is popular within the telecommunications, industrial control, and aerospace industries. In addition to being well optimized for fast execution and instruction throughput, the device also features versatile in-system programming and support for various operating systems.

When it comes to its operation, EPM7128BFC256-7 is designed with a two-level dynamic-reconfigurable architecture. This setup incorporates both static and dynamic components within the device. On one hand, the static components provide the necessary logic elements, while on the other the dynamic components drives the dynamic reconfiguration in order to maximize performance.

The EPM7128BFC256-7 contains a variety of logic elements, including: a single General-Purpose Single-Port (GPSP) I/O cell, an Active Low Enable/Disable (ELED) cell, a Multiplexer/Demultiplexer (MPXD) cell, a Pulse Modulator (PM) cell, a Multiplexer/Demultiplexer and Delay (MDD) cell, and a Flip-Flop (FF) cell. These cells can be used to implement a wide range of functions, such as Boolean logic, arithmetic, and control systems, using an efficient two-level dynamic reconfigurable approach.

The logic elements are also interconnected through a distributed data-path, which allows the device to achieve an efficient synchronous execution of all logic operations. This enables the device to be tailored and optimized to handle specific application tasks or different types of logic operations that can be functionally partitioned and reconfigured in order to achieve maximum performance. Moreover, an embedded firmware interface is available that provides even more flexibility and control to the user.

In addition, the device employs a distributed clock network (DCN), which provides the necessary clock signal for the logic operations and can be easily managed for a variety of clock rates and clock sources. This is a beneficial feature as it enables the device to be used in a wide range of applications including those that rely on multiple timing specifications. Moreover, a number of power management features are available that help to reduce power consumption.

EPM7128BFC256-7 is truly a versatile device that can be used in a variety of different applications. Its two-level dynamic reconfigurable architecture, distributed data-path, distributed clock network, and embedded firmware interface, make it well-suited for mission-critical applications offering both high performance and efficient resource usage. Furthermore, its cost-effectiveness makes it a popular choice for industrial and telecommunications applications.

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