XC4010E-1HQ208C

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Embedded FPGAs, or ‘Field Programmable Gate Arrays’ (FPGAs) as they are formally known, are powerful yet economical devices that allow users to get the flexibility of designing their own hardware, with the full advantages of incredibly short lead times and low costs. The XC4010E-1HQ208C FPGA is no exception, with a range of both practical and powerful applications.

The XC4010E-1HQ208C is a Field Programmable Gate Array with 4 million system gates, 208 3.5V I/Os, and 296 Kbits of internal memory. This device also has an expanded pin count of 1,958 and a density of 5.0V tolerant I/Os. Furthermore, it contains features such as an input clock frequency of 66MHz, a 70-MHz output maximum and dedicated I/O ports that allow it to perform multiple functions simultaneously.

The XC4010E-1HQ208C provides multiple high-performance and low-power features, making it the optimal choice for a variety of applications such as: embedded automotive designs, wireless communications systems, chip and board-level testability, and analog/digital systems that require a high level of flexibility.

In today’s rapidly changing technological environment, there are a number of applications that require innovative solutions with quick turnaround. Thanks to its cost effectiveness, increased power and flexibility, the XC4010E-1HQ208C is an ideal solution for those who want to be ahead of the curve while still making sure they get the best possible performance.

Working Principle

The XC4010E-1HQ208C is a Field Programmable Gate Array (FPGA) that works using the principles of programmability, commonly referred to as “configurability”. This allows users to create custom-made peripheral devices, memory interfaces and multiple sections of new digital logic without ever leaving their own system.

The XC4010E-1HQ208C makes use of two main programmable elements: the programmable logic element (PLE) and the I/O pad cell. The PLE, also known as the “Logic Cell Array” (LCA), is able to accommodate up to 8 logic functions in a single FPGA device. This enables users to create their own logic designs quickly and efficiently.

The second major programmable element is the I/O pad cell, which provides the ability to incorporate I/O pads on the FPGAs. This allows users to create their own custom I/O systems within the FPGA, allowing them to interface with external components without any external support.

The XC4010E-1HQ208C also features an on-chip configurable logic block (CLB) array. This array is composed of multiple CLBs, and each CLB can be configured to implement a variety of logic functions. The CLB array allows designer to quickly prototype and implement larger and more complex designs, providing the ultimate in flexibility.

Finally, the XC4010E-1HQ208C provides developers with additional capabilities such as support for low-power operations, low pin count, and high memory capacity. These features not only make the XC4010E-1HQ208C an attractive choice, but they also make it a perfect choice for a variety of embedded and general-purpose applications.

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