LC4128C-5T100I

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LC4128C-5T100I is an embedded Complex Programmable Logic Device (CPLD) which features 5-input logic with independent clock selection. This CPLD is mainly used for logic mapping applications and gate array design in the embedded market. This CPLD is also a very cost-effective solution for logic and field programmable logic integration.

Application Field

The LC4128C-5T100I is suitable for embedded applications such as telecommunications, consumer electronics, industrial automation, and automotive. It is suitable for both low-speed and high-speed applications. Its wide configuration of I/O pins and columns makes it possible to design a wide range of functionality into various products.

Working Principle

The LC4128C-5T100I CPLD works by correlating the logic signals that are connected to the chip’s I/O pins. When all logic signals correlated through the connections (or gate arrays) are in a certain state, the chip produces an output. This way, the chip can read the value of any group of signals and, depending on the configuration of the chip, can take action by outputting a different value. This makes CPLDs quite powerful and versatile. CPLDs are very attractive solutions for complex control applications, as they provide short execution times and low power consumption, as compared to traditional microcontrollers.

The LC4128C-5T100I CPLD is a low-power, high-performance, reconfigurable programmable IC for system-level integration. The CPLD is based on a family of programmable logic elements (LEs) that are configurable to implement various logic functions using a variety of logic resources, such as flip-flops, logic gates, and RAM blocks. The CPLD includes 5-input logic with independent clock selection for different timing requirements in various applications.

The LC4128C-5T100I CPLD also features high I/O flexibility, allowing the designer to take advantage of its integrated configurable I/O pins and columns to meet exact application requirements. With its fast write and read times, the CPLD is suitable for implementing complex logic functions, reducing system assembly and verification times. This enables design teams to quickly prototype and leverage new product ideas.

Conclusion

In conclusion, the LC4128C-5T100I CPLD is well suited for embedded applications where a low-cost, low-power solution is required. Its wide range of input and output flexibility allows for a wide range of applications, making it an ideal choice for embedded system integration. The integrated clock selection and high speed read and write capabilities further enhance the features of this CPLD, making it a desirable solution for many embedded applications.

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