A1240A-1PL84I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Embedded Field Programmable Gate Array (FPGA) technology has been around for a while now, and is an important part of modern control systems. One particular type of FPGA that has come to the fore in recent years is the A1240A-1PL84I – a FPGA developed by Actel Corporation and optimized for embedded applications. This article will take a look at the application field and working principle of the A1240A-1PL84I.

In its most basic form, an FPGA operates similarly to a conventional integrated circuit, executing commands made up of logic gates in order to carry out its programmed functions. However, a major advantage of FPGAs over other devices is their inherent flexibility – the circuit connections can be changed, allowing the FPGA to carry out a range of different functions. The A1240A-1PL84I is tailored for applications where this level of programmability is needed, and is used in a variety of embedded devices.

One application where the A1240A-1PL84I is particularly popular is in the design of computer systems. An FPGA can be used to control the low-level hardware, allowing for more efficient programming of the applications. The A1240A-1PL84I is particularly attractive here because of its full 14-bit instruction set, its high performance and its low power consumption – three features that are key to achieving optimal performance in a computer system. It is also frequently used for embedded controllers where the reliability and performance of the control system are paramount.

In terms of its inner workings, the A1240A-1PL84I is based around the Altera Xilinx MCS-51 microcontroller. This is a low-power, single-chip solution that can be programmed to act as an application-specific processor, capable of controlling a range of peripherals such as PWM controllers and A/D converters. It combines several component blocks into a single device, making it a more compact and cost-effective solution than using discrete components.

At heart of the A1240A-1PL84I is the Xilinx ISE software and its FPGA compiler. This software is used to convert the user’s logical design into a hardware design, which is then written to the A1240A-1PL84I’s FPGA configuration memory. This memory is then used to control the FPGA logic gates, allowing for the customizable execution of commands for whatever purpose was designed. Additionally, the on-chip circuit definition technology allows for the real-time measurement of parameters such as current, voltage, temperature and acceleration, allowing for flexibility in the operation of the device.

The A1240A-1PL84I is a highly versatile and powerful device – its small size, low power consumption and high performance make it perfect for embedded applications. It is in many ways a breakthrough for embedded technology and has been used widely in many of today’s control systems. Thanks to its flexibility and ability to be user-programmed, the A1240A-1PL84I is here to stay as a key component in embedded control systems.

The specific data is subject to PDF, and the above content is for reference