AMD Xilinx
XC4028XLA-08HQG240C
XC4028XLA-08HQG240C ECAD Model
XC4028XLA-08HQG240C Attributes
| Type | Description | Select |
|---|---|---|
| Pbfree Code | Yes | |
| Rohs Code | Yes | |
| Part Life Cycle Code | Obsolete | |
| Supply Voltage-Nom | 3.3 V | |
| Number of Equivalent Gates | 18000 | |
| Number of CLBs | 1024 | |
| Combinatorial Delay of a CLB-Max | 1 ns | |
| Programmable Logic Type | FIELD PROGRAMMABLE GATE ARRAY | |
| Temperature Grade | OTHER | |
| Package Shape | SQUARE | |
| Technology | CMOS | |
| Organization | 1024 CLBS, 18000 GATES | |
| Additional Feature | CAN ALSO USE 50000 GATES | |
| Clock Frequency-Max | 263 MHz | |
| Supply Voltage-Max | 3.6 V | |
| Supply Voltage-Min | 3 V | |
| JESD-30 Code | S-PQFP-G240 | |
| Qualification Status | Not Qualified | |
| JESD-609 Code | e3 | |
| Moisture Sensitivity Level | 3 | |
| Operating Temperature-Max | 85 °C | |
| Number of Terminals | 240 | |
| Package Body Material | PLASTIC/EPOXY | |
| Package Code | HFQFP | |
| Package Shape | SQUARE | |
| Package Style | FLATPACK, HEAT SINK/SLUG, FINE PITCH | |
| Surface Mount | YES | |
| Terminal Finish | MATTE TIN | |
| Terminal Form | GULL WING | |
| Terminal Pitch | 500 µm | |
| Terminal Position | QUAD | |
| Width | 32 mm | |
| Length | 32 mm | |
| Seated Height-Max | 4.1 mm | |
| Ihs Manufacturer | XILINX INC | |
| Part Package Code | QFP | |
| Package Description | HFQFP, | |
| Pin Count | 240 | |
| Reach Compliance Code | compliant | |
| HTS Code | 8542.39.00.01 |
XC4028XLA-08HQG240C Datasheet Download
XC4028XLA-08HQG240C Overview
The XC4028XLA-08HQG240C chip model is a powerful and versatile tool that has been designed to meet the needs of a variety of industries. This model is designed to provide users with a robust and reliable solution for their data processing needs. It is designed to be used in a wide range of applications, from basic communication to complex data processing.
The XC4028XLA-08HQG240C chip model offers a number of advantages over traditional chip models. It is designed to be more efficient and reliable than other models, providing users with a low latency and high performance solution. The model also offers a wide range of features, including a wide range of communication protocols, a high-speed data transfer rate, and a powerful processor.
The demand for the XC4028XLA-08HQG240C chip model is expected to continue to grow in the future. This is due to the increasing need for powerful and reliable data processing solutions in many industries. This includes industries such as healthcare, finance, and industrial automation. As these industries continue to grow and evolve, the need for reliable and efficient data processing solutions will continue to increase.
The XC4028XLA-08HQG240C chip model can be used in a variety of networks, including wireless, wired, and cellular networks. It can also be used in a variety of intelligent scenarios, such as machine learning, natural language processing, and computer vision. This chip model is also capable of being used in the era of fully intelligent systems, such as self-driving cars and autonomous robots.
The product description and specific design requirements of the XC4028XLA-08HQG240C chip model are designed to meet the needs of a variety of users. This includes a wide range of communication protocols, a powerful processor, a high-speed data transfer rate, and a wide range of features. Additionally, the model is designed to be highly reliable and efficient, providing users with a low latency and high performance solution.
In order to ensure that the XC4028XLA-08HQG240C chip model is used safely and effectively, it is important to consider a number of factors. This includes understanding the specific design requirements of the model, as well as the potential applications and scenarios in which it could be used. Additionally, it is important to consider any case studies or precautions that should be taken when using the model.
Overall, the XC4028XLA-08HQG240C chip model is a powerful and versatile tool that has been designed to meet the needs of a variety of industries. It offers a number of advantages over traditional chip models, including a wide range of communication protocols, a powerful processor, a high-speed data transfer rate, and a wide range of features. The demand for this model is expected to continue to grow in the future, as more industries rely on reliable and efficient data processing solutions. Additionally, the model can be used in a variety of networks and intelligent scenarios, as well as in the era of fully intelligent systems. Finally, it is important to consider the product description and specific design requirements of the model, as well as any case studies or precautions that should be taken when using it.
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