EPM7032SLC44-7

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Embedded - CPLDs (Complex Programmable Logic Devices)

EPM7032SLC44-7 is a complex Programmable Logic Device (CPLD) from Altera that features a deterministic access-time programmable High Density Logic Element (HDLE). The EPM7032SLC44-7 CPLD operates in the 5–3.3 V operating temperature range and is available in the standard 44-pin PLCC package. Application fields of this CPLD range from automotive and consumer electronics to industrial automation and control.

This CPLD\'s advanced flexibility, is due to its use of High Density Logic Element (HDLE). HDLE allows the user to program the CPLD in a straightforward manner and with ease. This HDLE provides the user with a deterministic access-time programmable logic array. The user may program any logic function desired within the gate array in order to optimize device operation and control of logic signals. This technology allow users to design in a range of logic from complex designs to smaller and simpler logic functions. The user can achieve virtually the same functions achieved by hardwired logic faster and at less cost.

The differences between EPM7032SLC44-7 and other CPLDs is not just the deterministic access-time programmable, but also the wide range of supported hardware features. This CPLD has an integrated clock, integrated memory, and a wide array of input and output (I/O) pins to maximize compatibility with other devices. This vast array of hardware support allows engineers to further reduce the costs of design and programming, thus reducing time to market. Some specific I/O functions supported by this CPLD are RAM, Flash memory, three-state signals, clock enable, and on-chip interconnects.

The working principle of EPM7032SLC44-7 is relatively straightforward. The HDLE operates on a set of instructions programmed into the CPLD to accomplish the desired logic function. When a logic condition is detected within the logic array, an output is generated. This output can be used to control the device, connect it to other devices, or simply drive a logic signal. Each logic function is determined by the programming instructions which are stored in the CPLD\'s memory. When the instructions are written, compiled, and tested on the CPLD, the device is ready for operation.

The EPM7032SLC44-7 CPLD is an excellent choice for any application requiring deterministic access-time programmability, hardware support, and instantaneous response. With this device, users are able to achieve simple as well as complex logic functions faster and at a lower cost. In addition, due to its wide range of supported hardware features, this CPLD provides a robust platform for all types of applications.

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