ISPLSI 2032A-135LJN44

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The ISPLSI 2032A-135LJN44 CPLD (Complex Programmable Logic Device) is a state of the art programmable logic chip that can be used in a wide range of embedded applications. Its small form factor (about 60 pins) makes it ideal for use in embedded devices with limited space. Its powerful architecture and efficient design enable it to handle a variety of tasks ranging from digital logic to high-level signal processing.

The ISPLSI 2032A-135LJN44 CPLD is a great choice for both simple and complex embedded applications. It can be used to apply digital logic and programming to a wide range of different functions and systems, from 10–40 kHz clock frequency applications to 5GHz frequency applications. It also features 15K–55K internal control logic elements, 288 pins of programmable logic, Variation Trace Analyzer capability, and a programmable function array (PLF).

In addition to being well-suited to a variety of embedded applications, the ISPLSI 2032A-135LJN44 CPLD is also quite versatile when it comes to its working principle. It uses non-volatile SRAM (Static Random Access Memory) and anti-fuse technology to store user-defined control logic designs, allowing users to program and store their designs in the chip. The chip\'s programmable logic array (PLA) is a portion of the chip that can be configured to provide various kinds of programming and control. The PLA contains up to 288 addressable product term combinations, or cells, that can be programmed with certain logic functions such as AND, OR, XOR, or other complicated logical functions such as multiplexers.

Besides the many advantages of being highly programmable and configurable, the ISPLSI 2032A-135LJN44 CPLD also features a low-power design that uses less power than comparable devices. The chip uses dynamic logic which averages the power consumption to less than 10 mW during operation. This makes the chip ideal for mobile or battery-powered applications that require low-power designs.

Overall, the ISPLSI 2032A-135LJN44 CPLD is a great choice for a wide range of embedded applications. Its small form factor and powerful architecture allow it to offer high-level signal processing and digital logic functions, while its non-volatile SRAM and anti-fuse technology provide unrivaled programming flexibility and long-term data storage. The chip\'s low-power design also allows it to be used in low-power and mobile applications, making it a truly versatile CPLD.

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