EPM9560ABC356-10

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Embedded systems are growing in complexity, which demands highly specialized components. CPLDs (Complex Programmable Logic Devices) are integrated circuits (ICs) that offer programmable on-chip digital logic. In this article, we will focus on a specific type of CPLD, the EPM9560ABC356-10, and explore its application field and working principles.

EPM9560ABC356-10 Overview

The EPM9560ABC356-10 is a 480 macrocell device that supports a wide range of applications, including automotive, medical and industrial. It comes with a total of 10 cascaded phase-locked loops (PLLs) that provide read/write, direction control and pin swapping capabilities. The device also features embedded test features and single-ended differential clamp circuit with active termination and support for up to 48 External Clock Input Pins.

Application Field

The EPM9560ABC356-10 is suitable for a variety of embedded applications. For example, it can be used for communication and control systems in automobiles, industrial machines and robots. It can be also used for communications, monitoring and control systems in medical devices and other wearables. In addition, the EPM9560ABC356-10 can be used for audio processing, altimeters and accelerometers, as well as for other sensing applications.

Working Principle

The EPM9560ABC356-10 is essentially a re-programmable digital logic circuit. Its programmable features are designed using an architecture called PEEL (Parallel Executing Embedded Language). The system functions by executing a series of predefined commands that are written using a proprietary software development language. The commands are then stored inside the IC, and can be changed by re-programming the IC.

The four main components of the IC are: a programmable logic array (PLA), an instruction RAM, an instruction register, and a master clock. The PLA is the main logic building block and is used to build and implement logic functions. The instruction RAM stores the instructions for the logic functions. The instruction register holds the address of the instruction that is currently being executed, and the master clock is responsible for controlling the timing of the IC’s operation. The IC also contains several other components that are used for additional functionality such as I/O-ports, program memory, and RAM for storing data.

At power-up, the IC first loads the instructions from the instruction RAM into the instruction register. The instruction register then passes the instructions to the PLA, which executes them on the logic cells. The PLA then generates the corresponding output signal on the output pins. The EPM9560ABC356-10 also has the capability to be re-programmed with new instructions, allowing it to adapt to new tasks or changes in operation.

Conclusion

In conclusion, the EPM9560ABC356-10 is a complex programmable logic device used for a variety of embedded applications. It features embedded test features, 10 cascaded PLLs, and a single-ended differential clamp circuit with active termination. The EPM9560ABC356-10 uses a proprietary software development language, PEEL, to write its instructions. Finally, the device is capable of being re-programmed, making it a highly versatile and reliable device for many embedded applications.

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