MC10E143FNR2

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Logic - Shift Registers

The MC10E/100E143FNR2 is an Electronic-Symmetry Wiring Shift Register (ESWSR) from ON Semiconductor, designed with the Dual Output Branch Prediction Flow for Multi-Stage Registers (DOBPFS-MR) flow. It is designed for general-purpose data communications and is suitable for applications as a one-time programmable (OTP) program register. It has a built-in 2-level logic structure and is highly scalable, allowing larger logic functions to be built than is possible with traditional logic devices.

The MC10E/100E143FNR2 is a next-generation shift register, and utilizes patented technologies to provide a unique Electronic Symmetry Wiring Response (ESWR) feature which essentially reduces the fine-tuning time required for the register’s operation. This feature is highly advantageous when compared to existing registers with a fixed-step shift register.

The application field for the MC10E/100E143FNR2 is widely varied and can be used in a variety of fields including high-performance networking, speech recognition, telecommunications, data compression, cryptography, and defense applications. Its combination of reliability, flexibility, and scalability make it a very attractive choice for many applications.

Working Principle of MC10E/100E143FNR2

The MC10E/100E143FNR2 follows the same basic structure of a shift register.It has two input terminals for data and two output terminals for the data that is shifted. The data is loaded into the register and shifted out of each stage in a sequential manner, one bit at a time. The clock signal is used to control the shifting of data from the register.

The ESWR response feature is accomplished by using a flow control block to regulate the timing and data flow. This flow control block utilizes an electronic pulse to activate the register, allowing for multiple outputs in one clock cycle. This creates more efficient operation compared to traditional shift registers where only one output is generated per clock cycle.

The MC10E/100E143FNR2is capable of providing both synchronous and asynchronous outputs. In synchronous mode, all four outputs are generated simultaneously in one clock cycle while in asynchronous mode, each output is generated in its own unique clock cycle. The implementation of the dual output branch prediction flow (DOBPFS-MR) allows for a more efficient way to switch between these modes.

The scalability of the register makes it a great choice for large circuit designs. It can be cascaded with other registers, allowing for a larger number of stages and thus a larger number of outputs without the need for additional logic devices. Additionally, its small size makes it a viable option for space-limited designs.

The MC10E/100E143FNR2 is a highly efficient shift register and its multiple output capabilities provide a great solution for many applications. Its scalability allows for large circuits with relatively few components and its small size makes it perfect for space-limited designs. Its flexibility and reliability make it an ideal choice for multiple applications including high-performance networking, speech recognition, telecommunications, data compression, cryptography and defense applications.

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