EP20K200FI672-3

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An FPGA is a specialized type of integrated circuit that is composed of a network of programmable logic blocks. These devices are used to create digital designs on a chip, using both hardware and software. EP20K200FI672-3 is one such FPGA device which is used in embedded applications. This article will discuss the application field and working principle of EP20K200FI672-3.

The EP20K200FI672-3 is a 20-kGate FPGA suitable for embedded applications such as graphics, networking and industrial control. This FPGA is configured as 32 independent synchronous channels, each containing 555 kBit/s of data throughput, as well as two CLKIN clock/reset inputs and a dedicated CLKOUT output. The FPGA can support a maximum clock rate of 200MHz, allowing for higher system speeds and increased design flexibility.

The EP20K200FI672-3 utilizes a distributed RAM structure for data storage and processing. This RAM structure allows for the device to use transposition of data to accelerate its operation, a feature essential for embedded applications such as industrial control and network applications. Additionally, the device has a reconfigurable architecture, meaning that its internal structure can be altered to suit different applications.

The EP20K200FI672-3 also has advanced containment features, such as the ability to suspend power to certain circuits during non-use periods, which helps to reduce system power consumption and extend battery life in portable applications. Additionally, it is also able to utilize an intrinsic library for easy programmability, as well as an integrated slew rate control feature, making it suitable for higher speed applications.

When it comes to working principles, FPGAs are programmable in software but act like regular chips. The main purpose of using a FPGA is to make it easier for designers to implement custom logic circuits, by using the general-purpose components of the FPGA while abstracting the details of the underlying architecture. This enables faster development of designs and makes it easier to make changes or port the layout of the circuit to other FPGAs or systems.

The EP20K200FI672-3 is based on a logic architecture that gives designers flexibility and helps provide faster execution times for critical applications. The logic cells are designed for efficient execution of logic and are used to create combinatorial and sequential logic functions. These functions are then composed into larger circuits, which create the final design.

In addition, the device offers several programming options, including eJTAG for debugging and test. The EP20K200FI672-3 also supports reprogrammable architectures, allowing users to rapidly alter their designs. This is especially useful in applications where frequent redesign is necessary, such as aerospace and medical.

In conclusion, the EP20K200FI672-3 is a versatile FPGA device suitable for embedded applications, offering high-speed performance and a variety of programming options. Its distributed RAM structure helps improve overall performance, while advanced containment features and reprogrammable architectures enable faster design times and easier porting between FPGAs and systems.

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