LC4128C-10T100I

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 applications interface with the physical world, be it robotic systems, automated manufacturing, IT systems or household gadgets. Complex Programmable Logic Devices (CPLDs) are the ideal platform for implementing such systems in a cost-efficient, reliable, and fast-paced manner. The Xilinx LC4128C-10T100I is an example of such a technology that has been designed to meet these needs.

The Xilinx LC4128C-10T100I is an example of high-speed CPLD which operates in a nonvolatile state, meaning it can operate even after power down. This makes it perfect for applications that require long daily run times such as those in the trenches of modern production lines. It features 10 input/output pins and runs on 1.8V operation with 2.5V I/O, granting a wide range of operation conditions and further expanding its flexibility.

The Xilinx LC4128C-10T100I employs Xilinx’s 90nm Spartan 3E technology and its small size makes it perfect for designs that demand a large logical capacity. It includes up to 200K system gates and comes equipped with a total of 1,024 macrocells, giving it the capability to perform a variety of complicated tasks.

The Xilinx LC4128C-10T100I is most commonly used in industrial controls, medical device automation and control, and automotive systems. It is also used in consumer electronics, on a much smaller scale. It is most popular in its ability to implement complex controllers that require high computational throughput in a wide range of scenarios. It is also able to implement basic tasks such as arithmetic, logic and data storage functions.

The Xilinx LC4128C-10T100I works by accepting user commands or inputs that can range from simple logic or data values to complex mathematical computations or applications. These commands are then converted into logic through its internal logic unit and can be used to direct the flow of data, provide high speed operation and dynamically reconfigure the circuits within the device.

On the hardware side, the Xilinx LC4128C-10T100I features many customizable features such as zero-power operation, ultra-low voltage operation, and reduced pin counts. This makes it perfect for designs that are packed in tight spaces. Additionally, it is also compatible with a wide selection of integrated circuit (IC) packages, including but not limited to: VCSP, DFN, and SOIC.

When it comes to design, the Xilinx LC4128C-10T100I is programmable by any compatible third-party software such as Xilinx ISE, Synplify, and Active-C. Impact, Active-HDL, and Active-VHDL are all supported by the platform, allowing a variety of design tools to be used simultaneously.

Given its capabilities and adaptability, the Xilinx LC4128C-10T100I is an example of CPLD technology that is able to deliver in terms of cost efficiency and speed, while providing a reliable and technological solution for numerous embedded systems applications. As the technology continues to evolve, the exact features and benefits of the Xilinx LC4128C-10T100I family of CPLDs will likely expand further.

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