XC4010E-4BG225C

Series:	XC4000E/X
Part Status:	Obsolete
Number of LABs/CLBs:	400
Number of Logic Elements/Cells:	950
Total RAM Bits:	12800
Number of I/O:	160
Number of Gates:	10000
Voltage - Supply:	4.75 V ~ 5.25 V
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 85°C (TJ)
Package / Case:	225-BBGA
Supplier Device Package:	225-PBGA (27x27)
Base Part Number:	XC4010E

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Introduction to XC4010E-4BG225CThe XC4010E-4BG225C is a device from the family of Field Programmable Gate Array (FPGA) devices. It is an embedded FPGA and is designed to provide a comprehensive set of features to support a wide range of applications.XC4010E-4BG225C is a low-power device, with high-performance capabilities, which is useful for applications requiring low power operation and a higher degree of integration. It offers high-speed I/O and memory degradation, on-chip DSP capabilities as well as system-level monitoring and debugging capabilities.Application field of XC4010E-4BG225CXC4010E-4BG225C is mainly used in applications that require high-performance, low-power operations. This device is suitable for applications like medical imaging equipment, automotive systems, aerospace systems, robotics, embedded and real-time control, communication and networking systems.It is also useful for video applications such as video streaming, video processing and video surveillance. Furthermore, the XC4010E-4BG225C can also be used in automotive safety and telematics, high-performance computing and networking, military and aerospace systems, and industrial automation and control.Working Principle of XC4010E-4BG225CThe XC4010E-4BG225C functions as a fast and efficient programmable logic device. It allows users to implement the desired logic functions, architectures, and algorithms in the specified device. The device functions by taking in logically shaped digital signals, usually in the form of boolean equations, which are then processed and stored in the device\'s SRAM and ROM.The FPGA processes these signals and applies predetermined logic to come up with an output. The user can program the FPGA by writing ‘Verilog’ or ‘VHDL’ coding into the device and then programming it to execute the functions. After programming, the XC4010E-4BG225C will continue to perform its predefined operations, including logic inference, combinational and sequential logic, arithmetic functions, memory accesses, and various types of I/O operations. XC4010E-4BG225C has an extensive area of operation which can be used to perform various types of operations. The processing of data is done using the powerful and fast RTL-based programming language which makes it very capable of performing several tasks at once. It is useful for applications that require high-performance operations, including text recognition, image processing, communication, and data storage type operations.The XC4010E-4BG225C also has an embedded hard shared logic (HSL) core, which performs common logic operations such as logic inference, combinational and sequential logic, arithmetic functions, memory accesses, and various types of I/O operations. The embedded HSL core can be programmed with a simple Verilog based syntax, to perform any of these operations.The FPGA has various features to support the development of complex systems. It is one of the few FPGA’s that supports the IEEE 1532 boundary-scan standards. This allows for in-system verification of the device which is essential for designing reliable designs. Further it has a system-level monitoring and debugging capabilities and can be used as an embedded processor.ConclusionThe XC4010E-4BG225C is an embedded FPGA device, which can be used for a wide range of applications. With its low-power, high-performance capabilities, it is suitable for applications such as medical imaging equipment, automotive systems, aerospace systems, robotics, embedded and real-time control, communication, and networking systems. In addition, it has an embedded hard shared logic (HSL) core, which can be programmed to perform operations such as logic inference, combinational and sequential logic, arithmetic functions, memory accesses, and various types of I/O operations. The FPGA also supports the IEEE 1532 boundary-scan standard, which allows for the in-system verification of the device, making it a reliable device for designing complex systems.

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