ATF1504AS-15JI68

ATF1504AS-15JI68 is a type of Complex Programmable Logic Device (CPLD) and a perfect solution for embedded applications. It is a 3.3V, 0.6 um CMOS CPLD based on Static RAM Technology and can accommodate 1748 to 2620 equivalent gates. It has an I/O count of up to 20, two levels of internal interconnection and a speed grade of 20ns maximum delay.

The ATF1504AS-15JI68 CPLD is a non-volatile logic device that provides a great amount of programmable logic and flexibility in a small package. It can be used to provide complex logic functions, registers and buses for data manipulation, and for controlling state machines in embedded applications. It also has the capability to be used as a custom micro-controller, storing program instructions and data in internal registers for execution.

The ATF1504AS-15JI68 CPLD is extremely versatile and can be used in a variety of applications, from consumer electronics to automotive, from medical to industrial industries. Its common application fields include digital switching and control, analog interfaces and engineering, producing responsive and reliable systems. Furthermore, due to its maximum delay of 20ns and high I/O density, it is ideal for very high-speed, complex applications.

The working principle of the ATF1504AS-15JI68 CPLD is based on a static RAM technology. It uses internal memory to store logic functions that implement the user-defined design, allowing the CPLD to be reprogrammable and customizable. The internal register configuration is programmed into the CPLD during synthesis using software or hardware descriptions. The ATF1504AS-15JI68 contains five distinct and programmable blocks, including user-defined logic, memory, configuration registers, switch boxes and routing matrix. These blocks are interconnected by programmable switches and paths, allowing the user to customize the logic and operations.

The ATF1504AS-15JI68 is one of the most powerful and versatile CPLDs available, making it an ideal choice for embedded applications. It is a cost-effective and reliable solution for high-speed, complex applications, providing maximum flexibility and programmability.