DK-DEV-4CGX150N

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DK-DEV-4CGX150N is a development board containing an Altera Cyclone IV FPGA with 150K logic elements, on-board memory and high-drive I/O pins. It is an extremely powerful and versatile tool that can be used to develop, debug, and evaluate complex logic systems.

The DK-DEV-4CGX150N is an evaluation board designed for embedded complex logic (FPGA, CPLD). It is a great choice for embedded field applications such as aerospace, defense, automotive, industrial control, test and measurement, communications and network systems, video and audio processing systems, etc.

The DK-DEV-4CGX150N is a feature-rich development and evaluation board. It includes built-in memory for data storage, as well as high-drive I/O pins allowing for direct connection of external peripherals and other embedded devices. The board is also equipped with JTAG and USB programming/debugging interfaces, allowing for easy code debug and verification.

The FPGA chip on the DK-DEV-4CGX150N board is based on Altera’s Cyclone IV architecture. It has an array of logic elements capable of implementing complex logic functions with programmable inputs, outputs and routing. These programmable blocks are extremely powerful and versatile, enabling designers to quickly and easily implement custom logic systems.

The working principle of the DK-DEV-4CGX150N board is simple. A designer can create a logic diagram with the help of Altera’s Quartus II software and use the board’s built-in JTAG programming/debugging interface to load the bitstream file into the FPGA chip and make the logic run. The logic system will then be executed by the FPGA chip and its output can be observed from the board’s built-in display.

In summary, the DK-DEV-4CGX150N is a powerful and flexible evaluation board based on Altera’s popular Cyclone IV FPGA architecture. Its unique features makes it a great choice for embedded field applications. It is easy to use and can be programmed using Altera’s Quartus II software. The FPGA’s programmable logic blocks enable developers to design and implement fast, efficient and reliable logic systems with minimal effort.

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