MC10H160L

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Parity Generators and Checkers are devices that generate or check a parity bit to indicate if data transmitted over a channel has been corrupted or not. MC10H160L is a monolithic XOR (Exclusive Or) parity generator and checker for high speed serial data applications. It has various field applications, as well as different working principles.

Applications of MC10H160L

MC10H160L uses odd or even number of logic 1s to create the parity bit which is then used to verify that data transmitted over the channel is valid. MC10H160L is mainly used in computing and telecommunications industry.

• In telecommunications, it is used to check that frames of data are received correctly. In this application, it is used in telephone line cards and ISDN line cards.
• In computing, it is used by serial ports to ensure data is received correctly. It is also used in Ethernet and Token Ring networks, as well as a variety of other networking technologies.
• It is also used in video signal processing applications such as video switches, multiplexers and modems.

The MC10H160L is also used in communications such as broadcast radio and television, satellite signal processing, wireless communications systems and even in military applications.

Working Principle of MC10H160L

The MC10H160L is an XOR-based parity generator and checker. It works by generating a parity bit from an odd or even number of logic 1s in an incoming data stream. This parity bit is then used to check for data loss or corruption. The MC10H160L has two inputs - a data input (D) and a parity bit input (X) - and two outputs - a data output (D), and a parity output (P).

The MC10H160L works as both a parity generator and a checker. As a parity generator, the MC10H160L generates a parity bit (P) based on the number of logic 1s in the incoming data stream (D). If the number of logic 1s is odd, the parity bit (P) will be a logic 1, and if the number is even, the parity bit (P) will be a logic 0. When the parity bit is generated, it is also output along with the data on the outputs (D and P).

As a parity checker, the MC10H160L compares the incoming data (D) with the parity bit (X). If the data is equal to the parity bit, the MC10H160L will output a logic 1 (signifying correct data); if the data is not equal to the parity bit, the MC10H160L will output a logic 0 (signifying data corruption).

Finally, the MC10H160L can also detect an asynchronous parity error, which occurs when an incoming data stream contains more than one logic 1 or more than one logic 0. The MC10H160L will detect an asynchronous parity error and will output a logic 0, indicating an erroneous data frame.

Conclusion

The MC10H160L is a monolithic XOR-based parity generator and checker for high speed serial data applications. It has a wide range of field applications in telecommunications, computing, broadcast radio and television, satellite signal processing, wireless communications systems and more. It works by generating a parity bit from an odd or even number of logic 1s in an incoming data stream, which is then used to check for data loss or corruption. Finally, it can also detect asynchronous parity errors, which occur when an incoming data frame contains more than one logic 1 or more than one logic 0.

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