10AX066H2F34E2LG

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

Field Programmable Gate Array (FPGA) is one of the most popular technologies in the embedded industry. It is widely used in many fields such as communications, aerospace, automotive and military, etc. 10AX066H2F34E2LG, a model of FPGA, is no exception.

10AX066H2F34E2LG is a FPGA device with relatively small package. It contains 9300 logic elements and 2880000 equivalent gates. It also has 64 configurable I/O banks and 13 intern M9K blocks.

The device also comes with enough memory blocks, capable of storing up to 18Mbits. The FPGA device is mostly programmed using the Verilog or VHDL and complied using the Synopsys software.

So where does 10AX066H2F34E2LG mostly apply? Due to its large memory for storing and excellent I/O ability, it is suitable for various real-time embedded application. This FPGA is mostly used in automotive, industrial control and medical fabrications. Even in aerospace engineering, military weapon electronic systems, it can find its application.

The high compactness of the device and highly optimized cost-performance ratio makes it a quite cost-effective FPGA device.

Next, let us look into the working principle of the 10AX066H2F34E2LG FPGA device. The device works as an integration of several typical logic elements. It has I/O banks, configurable logic module and other core elements. It also has a global routing resource providing signals throughout the FPGA chip.

First, the user designs and implement the FPGA design with the offering design tools and simulate before actually programming on the FPGA device. Then it is stored in a configuration file and downloaded to the FPGA through JTAG port. Once all the logic elements are programmed, the device transforms the configuration file into an internal hardware representation. This significantly reduces development time.

About the actual operating action, there is a global clock signal running throughout the different logic elements of 10AX066H2F34E2LG. Generally, the logic modules within the device will only respond to the clock signal. As a result, it brings accuracy and stable performance.

The 10AX066H2F34E2LG FPGA is able to program different signal patterns on its input/output channels and it is able to recognize external signal. Once the signal is being recognized, the dedicated logic element within the FPGA device will be given a clock signal and will respond accordingly. This is the basic operating principle of the 10AX066H2F34E2LG FPGA device.

To sum up, the 10AX066H2F34E2LG FPGA is an ideal device for embedded applications due to its compactness, large memory, significant I/O channels and cost-effective properties. The device runs on its own clock signal through an internal hardware representation, allowing the user to easily program different signal patterns and receive response from the device.

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