EP3C16U484I7N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The EP3C16U484I7N is an Embedded - FPGAs (Field Programmable Gate Array) chip used to provide the necessary flexibility to certain industries. It is capable of performing a wide range of functions, allowing businesses to make the most of their resources and maximize efficiency. By connecting the chip to the correct processor or micro-controller, it can become an incredibly versatile tool.

The EP3C16U484I7N has a number of features that make it attractive to a variety of industries. The first of these is its ability to be programmed. This allows engineers and developers to alter the code of the chip’s operations, thus allowing them to modify the chip’s performance for specific tasks. Additionally, the chip is also capable of being reprogrammed over time, allowing it to adapt to the changing needs of the user. This makes it invaluable to those who need to constantly update the operations of their device.

The second great feature of the EP3C16U484I7N is its low power consumption. This allows businesses to harness the full power of the chip without having to worry about energy costs and other environmental issues. Additionally, the same low power consumption also means that the chip can be used in small, portable devices that require the utmost flexibility.

The third key feature of the EP3C16U484I7N is its ability to process large amounts of data. The chip has 16 memory blocks with 124 words each, allowing it to store a large amount of information at one time. This is advantageous to businesses that need to process a large amount of data quickly and accurately.

The EP3C16U484I7N is often used in the following applications:

• Industrial instrumentation
• Medical imaging
• Avionics
• Network switchboards

The EP3C16U484I7N works through the use of several components. The chip contains a programmable logic array (PLA) which is used to create connections between signals as well as to store information. The chip also contains a programmable vertical array (PVA) which is used to create connections between data and logic signals. Lastly, the chip also contains a programmable horizontal array (PHA) which is used to combine the logic and data signals in the chip and arrange them in the correct order.

The way the EP3C16U484I7N works is fairly straightforward. It starts by receiving an input signal, which it then breaks down into smaller components. It then begins to reassemble these smaller pieces into the larger circuit needed by the user. As the user enters more input or data, the chip adjusts the connections between the logic and data signals accordingly. In this way, the user is able to customize the chip, making it specific to the needs of their particular application.

Overall, the EP3C16U484I7N is an extremely versatile chip that can be used in a wide variety of applications. Its low power consumption and enormous memory capacity make it invaluable for a variety of industrial and medical applications. Additionally, its ability to be reprogrammed over time allows businesses to make the most of their resources and maximize efficiency. The EP3C16U484I7N is an amazing chip, capable of providing immense flexibility and power for all sorts of applications.

The specific data is subject to PDF, and the above content is for reference