Unlike discrete logic, programmable logic devices (PLDs) enable designers to reduce their component count and shrink PCB footprints (by as much as 94% in Texas Instruments’ case).

<p>The process of logic synthesis helps in achieving an optimum gate level netlist or logic implementation through higher&#x2010;level Verilog models without any concern for internal connections, ...

TI’s programmable logic devices reduce board space, cut costs, and simplify hardware design with no coding required, making integration seamless.

The CPLD CPLDs (complex programmable logic devices) were the next evolutionary step. These tended to be register-oriented, and sometimes even contained “buried” registers – ones not directly ...

New programmable logic devices and no-code design tool reduce engineering design complexity, board space, time and costs. What’s new Building on its industry-leading logic portfolio, Texas Instruments ...

Microprocessor and programmable logic design are converging, though they still require a common language.

This paper argues towards the usage of programmable logic devices as supporting platforms for experimentation, from introductory to advanced courses, including microprocessor-based system design, ...

Complex programmable logic devices (CPLDs) contain the building blocks for hundreds of 7400-serries logic ICs. Complete circuits can be designed on a PC and then uploaded to a CPLD for instant impl… ...