XC5202-6VQ100C
XC5202-6VQ100C
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rohs

AMD Xilinx

XC5202-6VQ100C


XC5202-6VQ100C
F20-XC5202-6VQ100C
Active
FIELD PROGRAMMABLE GATE ARRAY, CMOS, TFQFP, TQFP100,.63SQ
TFQFP, TQFP100,.63SQ

XC5202-6VQ100C ECAD Model


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XC5202-6VQ100C Attributes


Type Description Select
Pbfree Code No
Rohs Code No
Part Life Cycle Code Obsolete
Supply Voltage-Nom 5 V
Number of Inputs 84
Number of Outputs 84
Number of Logic Cells 64
Number of Equivalent Gates 2000
Number of CLBs 64
Combinatorial Delay of a CLB-Max 5.6 ns
Programmable Logic Type FIELD PROGRAMMABLE GATE ARRAY
Temperature Grade OTHER
Package Shape SQUARE
Technology CMOS
Organization 64 CLBS, 2000 GATES
Additional Feature MAX AVAILABLE 3000 LOGIC GATES
Clock Frequency-Max 83 MHz
Power Supplies 5 V
Supply Voltage-Max 5.25 V
Supply Voltage-Min 4.75 V
JESD-30 Code S-PQFP-G100
Qualification Status Not Qualified
JESD-609 Code e0
Moisture Sensitivity Level 3
Operating Temperature-Max 85 °C
Peak Reflow Temperature (Cel) 225
Time@Peak Reflow Temperature-Max (s) 30
Number of Terminals 100
Package Body Material PLASTIC/EPOXY
Package Code TFQFP
Package Equivalence Code TQFP100,.63SQ
Package Shape SQUARE
Package Style FLATPACK, THIN PROFILE, FINE PITCH
Surface Mount YES
Terminal Finish Tin/Lead (Sn/Pb)
Terminal Form GULL WING
Terminal Pitch 500 µm
Terminal Position QUAD
Width 14 mm
Length 14 mm
Seated Height-Max 1.2 mm
Ihs Manufacturer XILINX INC
Part Package Code QFP
Package Description TFQFP, TQFP100,.63SQ
Pin Count 100
Reach Compliance Code not_compliant
HTS Code 8542.39.00.01

XC5202-6VQ100C Datasheet Download


XC5202-6VQ100C Overview



The XC5202-6VQ100C chip model is a powerful digital signal processor designed for high-performance applications. It is a versatile and reliable device that is suitable for embedded processing, image processing, and other digital signal processing tasks. The chip model requires the use of HDL language, which is a powerful language for describing digital systems.


The XC5202-6VQ100C chip model has potential applications in the field of networks and intelligent systems. It can be used in a variety of scenarios, from basic network communications to advanced artificial intelligence applications. It is also suitable for use in the era of fully intelligent systems, where it can be used to create complex algorithms and control systems.


In terms of product design, the XC5202-6VQ100C chip model is a highly efficient device that can be used to create a variety of digital systems. It has a wide range of features and capabilities, including high-speed data processing, low-power operation, and advanced fault-tolerant design. In addition, the device is designed to be highly reliable, with a long-term operational life.


When designing with the XC5202-6VQ100C chip model, there are a few key points to consider. First, it is important to consider the requirements of the application, such as the processing power, memory, and power consumption. Second, it is important to consider the design constraints, such as the timing and area constraints. Finally, it is crucial to consider the safety and reliability of the design, as well as the testability and maintainability of the system.


Case studies of applications using the XC5202-6VQ100C chip model can be found in various fields, such as medical imaging, robotics, and industrial automation. These case studies demonstrate the device's capabilities and provide valuable insight into the design process. In addition, a number of precautions should be taken when designing with the XC5202-6VQ100C chip model. These include ensuring that the design meets the required performance and reliability requirements, as well as considering the impact of environmental factors on the system.


Overall, the XC5202-6VQ100C chip model is a powerful and reliable device that can be used for a wide range of applications. It is suitable for use in networks and intelligent systems, and can be used in the era of fully intelligent systems. When designing with the XC5202-6VQ100C chip model, it is important to consider the requirements of the application, the design constraints, and the safety and reliability of the system. A number of case studies and precautions should also be taken into account.



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