MC100EP142FAG

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Logic - Shift Registers

The MC100EP142FAG is a 2-input/4-output shift register designed by ON Semiconductor, part of the Logic - Shift Registers range. It is designed to provide designers with solutions for space-saving high-speed design for their applications.

Application Field of MC100EP142FAG

The MC100EP142FAG is a handy, high speed two-input/four-output logic-shift register which is basically used in data storage and data transfer applications in digital computing systems. It is primarily used in applications requiring large amounts of parallel data storage and data transfer, like large memory systems, digital-to-analog converters, and high-speed data communications. It is also used in user-defined algorithms, state machines, and system control applications.

The MC100EP142FAG is also an ideal choice for implementing pseudorandom or hardware-based logic controllers and coding algorithms. It is typically used to control the input and output of the logic itself, resulting in a much greater degree of control than possible with software-based solutions. This makes it ideal for use in applications such as avionics, where a high degree of assurance is required for reliable operation.

Working Principle of MC100EP142FAG

The MC100EP142FAG consists of two data shift registers connected in series, each with a parallel input, clock input and four outputs. The clock input of each register is connected to the output of the other register. The two registers operate as a single shift register. The registers are designed in such a way that each bit is shifted through the register with the rising edge of the clock signal. Thus, the data can be accumulated or shifted through the system on the clock cycle of each flip-flop.

The four bits stored in the MC100EP142FAG are output in parallel. Each register has its own enable pin; the data output is only enabled when both enables are set to \'1\'. The two input registers can be loaded in parallel, but data can only be shifted in serial. When the enable pins are set to ‘0’, data shifting stops and the register holds its present state.

The MC100EP142FAG is primarily used for data storage and data transfer operations in digital computing systems. With the two input registers, data can be easily stored or shifted at high speed. Its four output pins provide designers with the flexibility for larger and more sophisticated data manipulation.

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