ISPLSI 2096E-100LT128

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 CPLDs (Complex Programmable Logic Devices) have changed the way electronics engineers can design and implement hardware. One of these devices, the ISPLSI 2096E-100LT128, is an innovative programmable logic device with several unique features that can be used to solve various design problems.

The ISPLSI 2096E-100LT128 provides 128 programmable logic cells (LCs) with programmable interconnects, a register file of 8-192 bits, two dedicated multiplexers for special functions, and two timing states for sequential programming. The device also contains 1,024 macrocells that can be programmed as a single or multipurpose function and offer higher levels of integration to reduce external glue logic. It is powered by an asynchronous programmable microcontroller with up to 68,000 logic gates and can support up to 36 programmable devices. All of these features make the ISPLSI 2096E-100LT128 a powerful logic device and a very attractive option for embedded applications.

The ISPLSI 2096E-100LT128 has multiple uses in embedded applications, especially for complex designs. It is especially advantageous in application sectors such as aerospace, automobiles, and medical equipment, where very sophisticated designs are required. Programmable logic devices are used for control and communication, making them ideal for controlling systems in which the behavior of multiple components must be coordinated simultaneously. Programmable logic devices also allow engineers to quickly and cost-effectively modify designs, as the logic gates and controllers can be easily updated. In some cases, the ISPLSI 2096E-100LT128 can be used to replace parts that would otherwise be larger, heavier and more expensive.

The working principle of the ISPLSI 2096E-100LT128 is quite complex, but easily understood with the right explanation. The device contains four main components: the logic cells, the macrocells, the register file, and the timing states. The logic cells (LCs) contain the programmable logic and interconnects, which allow the user to specify how the device should process data. The register file provides quick access to data and allows data to be quickly retrieved when needed. The macrocells can be programmed for single or multipurpose functions, such as multiplexing or arithmetic operations. And finally, the two timing states help in programming sequential logic. The data is then passed through the logic cells and macrocells, processed, and output through the register file.

The ISPLSI 2096E-100LT128 is a powerful and innovative programmable logic device that has found a home in many embedded applications where complex designs are needed. With its four programmable components and two timing states, it can quickly and easily control and coordinate system-level hardware components with minimal hardware requirements. As a result, this device can provide designers with a cost-effective and time-saving solution to their hardware needs.

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