LC4128ZC-75MN132C

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Embedded systems are utilized in a wide range of industrial and commercial applications, often requiring the use of intricate circuitry to fulfill certain task. As such, the use of programmable logic devices (PLDs), such as CPLDs, are often the ideal suited solution to handle complex logic control and processing tasks. As a result, devices such as the LC4128ZC-75MN132C have become a popular choice for many embedded system applications.

The LC4128ZC-75MN132C CPLD device is made up of fifteen processing slices and can be programmed to act as either a combinatorial or sequential logic device. The device is flexible, implementing five three-state outputs and fifteen vias for the input/outputs. It is also capable of handling up to 16K gates of programmable logic, or up to 4K bits of program memory, making it a powerful contender for embedded systems.

As a CPLD, the LC4128ZC-75MN132C can be adapted and programmed to implement a wide range of unique features and complex logic functions requiring the combination of multiple logic elements. Since the device allows for paralleling and combining the different logic elements, the logic functions can be more sophisticated, quicker and efficient than those of other type of logic devices.

The LC4128ZC-75MN132C CPLD implements the standard JEDEC registered programming interface, allowing it to be easily programmed by many user-friendly programming platforms like Altera MAX+Plus II, Altera Quartus II and Xilinx ISE WebPACK. Other features within the device include testable interconnect pins and monitorable device operation, allowing designers to have greater control and oversight over the device’s operation.

Given the range of features and programming flexibility of the LC4128ZC-75MN132C CPLD, this device has become popular for a range of embedded applications. These applications range from motor control, security systems, communication protocols, embedded controllers and digital signal processing, amongst others.

The LC4128ZC-75MN132C CPLD operates using the principle of logic gate control, a process where the user is able to upload data, which is then stored in a series of memory cells or register. These memory stores are then used to store data that is used to develop the logic state of the outputs. The data can be changed based on the inputs and the output state can then be determined by performing mathematical operations on the data in the memory stores.

The logic gates employed die to select the output state are determined by the program instructions uploaded to the device memory stores. This allows the user to customize and determine the exact function and output based on the data stored in the memory stores. The output states of the logic gates can be configured to provide either a logic high or low signal.

As a result, the logic levels of the output states of the logic gates are determined by either the data stored in the memory cells or by using Boolean logic equations. These equations determine the operation of the logic gates based on the inputs and outputs of other blocks.

The LC4128ZC-75MN132C CPLD is a sophisticated piece of technology and is well suited for a wide range of embedded application fields. Its programmable logic, flexibility and powerful features make it an ideal solution for complex logic control and processing tasks.

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