EPM7032STC44-10N

EPM7032STC44-10N is a version of Complex Programmable Logic Devices (CPLDs) that are often used in embedded systems. Its main technical characteristics are a maximum Vcc of 3.3V, 3.2K logic cells, 99 I / O, 10A hard wired pins, 72MHz maximum operating frequency and a total of 16 tri-state buffers. The device has a more versatile design when compared to other FPGA’s in its class and is a well-suited fit for applications with lower numbers of I/O.

EPM7032STC44-10N are preferred in embedded systems due to the capability of an embedded system to rapidly reconfiguring its logic to fit any changing needs of the system, as opposed to its counterpart the FPGA which requires a separate line of hardware to do its job. This is possible due to the built-in Flash Memory controller, which allows the device to remain in its Programmed State regardless of power interruption or system reset.

EPM7032STC44-10N employs an advanced micro-programmable ASIC design which makes it highly portable and allows for fast logic changes without the need for extra logic synthesis steps. The device is programmed using a Altera-specific language called PLDL, After the PLDL language is translated into the Altera bitstream format, the output files (.rbt, .pro) is uploaded to the EPM7032STC44-10N Flash Memory through a JTAG port.

The EPM7032STC44-10N also provides up to 72MHz operation frequency, allowing it to act in real-time operations. In addition, the built-in power management and advanced timing Analyzer tools enable the device to run efficiently with minimal power-consumption and reduced operational delay. This allows it to rapidly configure logic gates and sequences for applications within the embedded system.

In conclusion, EPM7032STC44-10N is a version of CPLD that is well-suited for embedded systems due to its portability and features that allow for fast logic changes without the need for extra hardware. Furthermore, its power management and real-time operation timings make the device an ideal choice for applications with lower I/O counts.