SC16C750BIBS,151

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The SC16C750BIBS,151 is a Universal Asynchronous Receiver Transmitter (UART) that quickly and efficiently provides a serial connection between two devices. This device has been designed to provide users with an efficient and reliable form of data communication that is largely independent of the speed or address size of the connected processor.

The SC16C750BIBS,151 features an internal programmable baud rate generator, which allows for configuring a wide range of baud rates to suit different applications. The device also incorporates five pins dedicated to modem control and seven configurable pins.

The SC16C750BIBS,151 is designed for a variety of applications such as point-of-sale terminals, machine control, wired and wireless transmissions, automotive serial communications, industrial automation, medical devices, and networking.

The basic working principle behind a UART is that each character that is sent is broken down into its binary representation and then encoded onto a serial line. A UART can act as a full duplex (or bidirectional) communication method, allowing for data to be sent and received between two devices at the same time.

When an asynchronous serial device such as the SC16C750BIBS,151 is connected to a processor, it is first connected to the processor\'s Serial Data Input (SDI) pin and then to the Serial Data Output (SDO) pin. The UART then transmits data over the line in serial form, which is then decoded by the processor into the original character data. Once transmission is complete, the processor compares the received data with the original character data and checks for errors in transmission. If an error is detected, it sends a request for the data to be retransmitted.

The SC16C750BIBS,151 is also capable of two-way communication, meaning that it can receive data from the processor, process it, and then send it back to the processor. When the data is received, it is first stored in the UART\'s internal RAM before the processor command is received. This RAM can hold up to 64 bytes of data. Once the data is received, the processor can then instruct the UART to send the data back to the processor. This enables the processor to quickly receive the data it requires for processing.

In addition to its two-way communication capabilities, the SC16C750BIBS,151 also features an Automatic Read and Write (ARW) mode. This ARW mode works similarly to the two-way communication capabilities, except that the UART is capable of automatically sending the data back to the processor without the need for a processor instruction. The Automatic Read and Write mode is ideal for applications that need to send data to an uninterrupted processing system.

The SC16C750BIBS,151 also features a host of additional features such as an integrated FIFO buffer and an Automatic Data Flow Control (ADFC). The integrated FIFO buffer increases the processing speed and reduces the amount of data that must be stored in the internal RAM. The Automatic Data Flow Control feature allows the UART to pause and resume data transmission when it reaches a certain threshold, allowing for faster data transmission.

The SC16C750BIBS,151 is a powerful and reliable UART that has been designed to provide users with a superbly efficient and reliable means of data communication and transmission. The device is easy to interface with any processor and is also suitable for a variety of applications. With an integrated FIFO buffer, Automatic Read and Write mode, and Automatic Data Flow Control, the SC16C750BIBS,151 is an ideal tool for providing efficient and reliable data communication.

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