EP3C80F780C7

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

Overview of EP3C80F780C7 Field Programmable Gate Array

A field programmable gate array (FPGA) is a semiconductor device which is made up of blocks of different elements and switches, like logic gates and registers. FPGAs provide the flexibility to perform multiple circuit operations at the same time, allowing engineers to create custom designs from scratch and tweak them to fit their exact needs.

The EP3C80F780C7 is a Field Programmable Gate Array from Altera’s MAX family of FPGAs. It is an 80nm device that has a maximum operating frequency of 800MHz and is designed for high-end applications. The device is capable of working at temperatures up to 125°C and provides reliable operation in harsh environments. It also features low input capacitance and minimal circuit loading to reduce charge sharing and data jitter.

Applications of EP3C80F780C7

The EP3C80F780C7 features high-density logic and integrated memory to provide fast logic operation, making it suitable for a wide variety of applications. It is often used in industrial, aerospace, transportation and embedded systems. It can also be used in smart device designs such as embedded medical devices, automotive infotainment systems and industrial control systems.

The FPGA also has a well-established ecosystem, with Altera providing an array of supporting tools, IP core and development kits. Additionally, due to its low gate count and packaging size, the EP3C80F780C7 FPGA is also attractive for low-cost designs that require minimal board space.

Working Principle of EP3C80F780C7

At the heart of an FPGA lies the programmable logic block, containing logic elements like logic gates, multiplexers and complex logic functions. The logic elements are connected in a reconfigurable network and configured through the programming of digital values in the registers.

The EP3C80F780C7 FPGA uses these programmable logic blocks and programmable interconnects to create custom logic functions. The interconnects are used to join the logic blocks together to form the overall function, while the logic blocks provide the switching elements that are used to create the custom circuitry.

The FPGA is programmed using hardware description language (HDL). In the case of the EP3C80F780C7, Altera’s Quartus II development software is used to generate the VHDL code from the design. This code is then used to configure the FPGA.

Once programmed, the FPGA will be able to perform the designed operations with precision and speed, allowing it to be used for a range of high-performance applications.

Advantages of EP3C80F780C7

The EP3C80F780C7 offers a number of advantages over its competitors. Firstly, it features an impressive 800MHz maximum operating frequency and can be used in environments with temperatures up to 125 degree Celsius. Additionally, it provides low input capacitance and minimal circuit loading to reduce charge sharing and data jitter.

The FPGA also supports a comprehensive selection of development tools and IP cores. Furthermore, its low gate count and packaging size make it ideal for low-cost designs that require minimal board space. Plus, with its wide range of applications, the EP3C80F780C7 is a great choice for any embedded system.

Conclusion

The EP3C80F7800C7 is a field programmable gate array that offers a vast array of features and benefits. With its high performance and a robust selection of development tools and resources, this FPGA is a great choice for any embedded system.

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