MC100LVEL32MNR4G

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MC100LVEL32MNR4G is a logic device from the family of counters, dividers, and other such devices. It is a 5 bit counter with a divide-by-32 section that is capable of operating at speeds up to 125MHz. The device incorporates a 4-input multiplexer and a 3-input programmable combinational array that can be used to implementation of arithmetic, logic and address logic functions.

The multiplexer of MC100LVEL32MNR4G can be used to implement functions such as comparators, full adders and multiplexers, while the 3-input programmable combinational array enables realization of complex logic functions including encoding, decoding, and Dynamic Memory Address Register (DMAR) functions. These features provide wide application field with such applications as phase/delay/time shifting, frequency divider/multiplier, digital filter, logic gate, synchronization and sequencing. There is also the possibility to implement complex functions such as connect and switch etc.

The main advantages of the MC100LVEL32MNR4G compared to other similar devices on the market are: low power consumption and high speed operation. This device operates with 3.3V supply voltage and consumes up to 5 mA of power at 125 MHz operation. This is significantly lower than competing devices from other manufacturers.

The working principle of the MC100LVEL32MNR4G is based on the principle of linear feedback shift registers (LFSR). The LFSR consists of a chain of bits that are shifted by an external clock signal. Each bit in the chain is dependent on the value of one or more of the previous bits. When the chain is initially activated, the first bits will be set randomly, and the remaining bits will be determined by the values of the first bits. When the chain is shifted each clock cycle, the output of the register will be determined by the values of the previous bits, resulting in a pseudo-random sequence of bits.

The MC100LVEL32MNR4G uses the LFSR principle to generate the divide-by-32 section of the device. This divide-by-32 section can be used to generate clock signals at much lower frequencies than the input frequency. For example, if the input frequency is 125MHz, the output frequency will be 3.9MHz. The LFSR is also used to generate the multiplexer and the programmable array. The multiplexer is used to select between the different outputs of the array, while the programmable array is used to generate the desired logic functions.

The MC100LVEL32MNR4G is an extremely versatile logic device from the family of counters, dividers, and other such devices. The combination of the multiplexer, programmable array, and LFSR principles makes the device suitable for a wide range of different applications. The device is capable of operating at high speeds, providing an output frequency significantly lower than the input frequency, and consuming very low power.

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