ISPLSI 2096A-125LT128

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ISPLSI 2096A-125LT128 is a complex programmable logic device (CPLD) with embedded structure. Designed by Lattice Semiconductor, it is a low-cost CPLD that can dissipate low power and accomplish a wide range of logic operations. This CPLD is classified by Lattice as a low density device. It is found in the PIQLF-12 package, which has a height of 3.2 mm, or about 0.13 inches.

The CPLD works by merging together programmable AND/OR circuits with configurable look-up tables (LUTs) to create a general-purpose circuit that can be easily modified. The CPLD is able to complete a wide range of Boolean expression computations in order to realize a variety of functions such as sum-of-product and product-of-sum. The PLD contains dozens or even hundreds of EEPROM memory cells, which can be used for customizing the programmable logic circuits to the desired operation modes.

ISPLSI 2096A-125LT128 can be used in a variety of applications. For example, some of the most common uses include portable multimedia, consumer electronics, automotive and industrial control. This CPLD is also commonly used by telecommunication companies for signal processing, signal sequencing and Ethernet switch IC design. The CPLD can support signal routing, signal synchronization, clock and data recovery, circuit protection and signal flow control.

Apart from its flexibility, the ISPLSI 2096A-125LT128 CPLD is also known for its reliability and performance. It provides logic capabilities five to 25 times faster than traditional logic devices. This is due to its use of advanced techniques such as dynamic loading and static timing optimization. The CPLD is also equipped with redundancy modules, ensuring optimal reliability and increasing its tolerance to single point failures. Its supply voltage is 5V, while its operating temperature range is from -40°C to 85°C.

ISPLSI 2096A-125LT128 CPLD offers an efficient, low-cost solution for applications in a wide range of industries. Its features, reliability and performance make it an ideal choice for embedded structure and logic operations. This CPLD is capable of providing logic capabilities five to 25 times faster than traditional logic devices, allowing users to reduce cost and power expenditures.

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