AT6002A-4AC

Series:	AT6000(LV)
Part Status:	Obsolete
Number of Logic Elements/Cells:	1024
Number of I/O:	95
Number of Gates:	6000
Voltage - Supply:	4.75 V ~ 5.25 V
Mounting Type:	Surface Mount
Operating Temperature:	0°C ~ 70°C (TC)
Package / Case:	144-LQFP
Supplier Device Package:	144-LQFP (20x20)
Base Part Number:	AT6002

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Introduction

Embedded - FPGAs (Field Programmable Gate Array) systems are becoming increasingly popular in a variety of applications, ranging from automotive systems to radio communication. One of the most popular currently available FPGA system is the AT6002A-4AC. This article will discuss the application field and working principle of the AT6002A-4AC.

Overview of the AT6002A-4AC

The AT6002A-4AC is an embedded FPGA that is multi-processor technology based. It makes use of the ARM Cortex-M4F processor for its core, with an integrated memory system comprised of 32 KB of ROM and 56 KB of RAM. The FPGA is also equipped with an array of ports such as GPIO, UART, SPI, and I2C. In terms of FPGA capabilities, the AT6002A-4AC offers up to 180 user configurable logic gates, with up to 16-bit logic blocks for design flexibility. The FPGA also offers up to 400 MHz prototyping speed with fast Serial Peripheral Interface (SPI). Additionally, the FPGA is equipped with Low-Power Single-Event Transients (LET) and Radiation Tolerant latch up tolerant circuitry.

Application Field of the AT6002A-4AC

The AT6002A-4AC FPGA is well suited to a variety of applications due its flexibility and advanced features. These features enable users to easily implement highly customized logic functionality. One popular application area is in safety-critical areas such as automotive. In these applications, the AT6002A-4AC can be used to help provide enhanced safety features and robustness for a variety of automotive systems. Another popular application for the AT6002A-4AC is in the field of radio communications. This is due to its fast prototyping speeds, radiation tolerant latch-up protection, and multi-processor support. All of these features make it well suited for highly secure and reliable radio communications. Other popular application fields for the AT6002A-4AC include medical, industrial and consumer electronics. In many of these areas, the FPGA can help to provide a highly reliable and secure platform upon which highly customized code and applications can be developed.

Working Principle of the AT6002A-4AC

The main working principle of the AT6002A-4AC FPGA is that the user configurable logic gates can be used to create any custom logic or state-conditioning that is needed for the project. This is done through the use of the FPGA\'s on-chip combinational logic elements, which can be configured to implement user-programmed algorithms. The FPGA is also capable of carrying out synchronization operations, in which multiple tasks can be executed simultaneously. This is done by incorporating sequencers and arbiters, which allow the FPGA to manage tasks from all the processors in the system efficiently. Finally, the FPGA offers a variety of high speed ports for communication and data transfer. These include GPIO, UART, SPI, and I2C. All of these features can be used to transfer data quickly and effectively between the FPGA and other components in the system.

Conclusion

The AT6002A-4AC is an extremely versatile and powerful embedded FPGA, which offers users an array of features and capabilities. These include user configurable logic elements, fast prototyping speeds, radiation tolerant latch-up protection, and multi-processor support. These features make it an ideal choice for a variety of applications, including automotive, radio communication, medical, industrial, and consumer electronics. The FPGA\'s working principle is based upon the ability to create user programmed logic elements for state conditioning in addition to the incorporation of sequencers and arbiters to maintain efficient task management and data transfer. Overall, the AT6002A-4AC provides a highly reliable and secure platform upon which customized algorithms and applications can be developed. This makes it an ideal choice for anyone looking for an advanced and highly versatile embedded FPGA system.

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