AX2000-2FGG896I

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Embedded field programmable gate arrays (FPGA\'s) are one of the most commonly used hot technologies in a rapidly evolving world of digital devices. This technology is employed in applications ranging from industrial to automotive, medical to aerospace and numerous other applications. Consequently, the AX2000-2FGG896I is an FPGA that is designed to be used in embedded designs and developed to address the special requirements of this field.

An FPGA is an integrated circuit which allows for the logic of it to be reprogrammed. The reprogramming process occurs without the need for physical changes, unlike normal, hardwired chips. The FPGA has components, such as gates, flip-flops, multiplexers, and RAM blocks which allow the designer to configure the device to meet their specific design requirements. With the AX2000-2FGG896I, the components are integrated into a small, low cost, flexible package for efficient implementation and testing of systems for a wide range of applications in embedded systems and related applications.

The AX2000-2FGG896I offers flexibility and performance when compared to conventional programmable logic devices (PLDs) and discrete logic circuits. It is a cost effective means to implement a wide range of embedded applications. It provides the capability to integrate an incredible amount of logic into a single integrated circuit. Due to its architecture, the AX2000-2FGG896I can operate from -40 °C to +85 °C, making it suitable for various environmental conditions and applications. The device features a high speed local SRAM for storage in addition to several In-System Programmable (ISP) features. These features include serial communication with the devices, including serial download and security, as well as a reconfiguration capability.

The AX2000-2FGG896I has an in-system Flash memory, which is also programmable. This allows the designer to program both the internal and external memories, allowing the device to persistently store the programmed information. The device also supports an on-die debugging technique, which allows the designer to quickly identify errors and changes during development. This is done through an on-die debugger, which has breakpoints and trace capabilities. This feature helps the designer avoid expensiveerror correction cycles, as it allows them to quickly and conveniently identify any errors for correction.

The AX2000-2FGG896I also provides several analog features, such as an improved supply voltage monitoring system and a programmable, open-drain power control circuit. This allows the designer to incorporate functions such as standby mode, reset features, and clock control for the device. The supply voltage monitoring system detects and reports the power supply voltage level and its voltage droop, enabling functions such as low power detection and system health monitoring. The programmable open-drain power control circuit allows the designer to save power by controlling the device’s power on or off.

The AX2000-2FGG896I was designed to be used in a variety of embedded applications and its working principle is meant to address the needs of this type of application. Its flexibility enables cost savings in design, programming, and test cycles. This device provides superior functionality in the form of security and control, as well as analog and in-system programming features. With its capacity to address a wide range of applications and its cost effective design, the AX2000-2FGG896I is becoming one of the most popular embedded FPGAs in the market today.

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