ATF750LVC-15SI

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ATF750LVC-15SI is an embedded Complex Programmable Logic Device (CPLD) from Atmel, a provider of a range of embedded solutions. It is the latest version of their high-end, 32-macrocell ATF750 devices and offers the most powerful features for the most demanding applications. This CPLD is designed for applications such as remote control, security, switching/sequencing, automotive, medical and industrial as well as embedded systems applications.

The Atmel ATF750LVC-15SI has many features that make it an attractive and convenient solution to use. It is optimized to provide a lower solution cost, with a macrocell size of 15 and complex designs having the ability to be implemented in a 32-macrocell device size. The device offers other enhancements, such as latch-up immunity and improved I/O, with support for both LVTTL and CMOS levels, eliminating the need for external level shifters. In addition, the ATF750LVC-15SI also features 1 KB of reprogrammable, in-system capable space for user data, as well as 256 bytes of SRAM which is perfect for keeping track of user data or application status. The device supports five clock sources, reduces the total I/O count and allows low-cost pin drivers.

ATF750LVC-15SI is a highly cost-effective device that provides an impressive range of features. These features include low static and dynamic power consumption, improved data retention, CMOS/LVTTL I/Os with ESD protection, 20-MHz Fast Read/Write support, a tiny 3x3x3 mm package and enhanced single supply operations. Additionally, the ATF750LVC-15SI is designed to work with the Atmel QuikSLOT eXtensibility Modules, which allow for a wide range of functions such as analog sense/control, high-speed communication, enhanced timing and clocking, multiple IO partitioning, FPGA library and much more.

The working principle of the Atmel ATF750LVC-15SI is quite simple. It is a programmable logic device, meaning it is capable of performing a range of combinatorial and sequential logic operations with the help of simple instructions programmed into it. The device is controlled by its program memory, which stores the instructions. The instructions are then executed by the device, and the resulting action can vary depending on the nature of the instructions. For example, if the instructions are related to sequential operations, the device will execute them in a sequential manner; while if they are related to combinatorial operations, the device will combine multiple inputs and then perform the operation.

The Atmel ATF750LVC-15SI is a cost-effective CPLD designed for applications where low power consumption and enhanced design flexibility are required. Its features make it a great choice for applications such as remote control, security, automotive, medical, industrial and embedded systems. Its working principle is quite simple and straightforward, and its versatile nature makes it suitable for a wide variety of applications.

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