SC16C654BIA68,512

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The SC16C654BIA68,512 is an advanced Universal Asynchronous Receiver Transmitter (UART) consisting of 16 channels. A Protocol UART enables a single logical communication channel between one master and multiple slaves. In other words, a Protocol UART can send data over multiple logical channels using a single physical UART channel. This makes it a versatile interface for a wide range of applications, including automation, industrial and home control, and automotive.

The SC16C654BIA68,512 provides complete UART implementations, including 256 programmable data buffer registers (64-byte transmit buffer and 64-byte receive buffer) and two independent general-purpose 4-byte registers each. It also contains an integrated multiplexer feature, allowing the user to connect multiple devices to the same UART. All parameters are programmable, including baud rate, parity and data length.

The SC16C654BIA68,512 operates in two modes. In the Asynchronous Mode, it can be used to transfer data over a UART at speeds of up to 921,600 bps (bytes-per-second). In the Synchronous Mode, the UART has a maximum data transfer rate of 5 M bytes-per-second. It also supports a number of error detection protocols, including 8-bit and 16-bit Cyclic Redundancy Checking (CRC).

The SC16C654BIA68,512 is suitable for a wide range of industrial and home applications, including automation, industrial and home control, automotive, and more. It can be used for connecting devices, exchanging data, and controlling machine operations. The versatile UART is also suitable for distributed communication systems, automatic test equipment, and data acquisition.

From a working principle standpoint, the SC16C654BIA68,512 UART works by setting up two storage areas for data transfer, with the first area being the ‘transmit register’, and the second area being the ‘receive register’. It then takes data from the transmit register and sends it to the destination device. On the receiving end, this data is then stored in the receive register. This process is continuously repeated until the data transmission is finished.

In addition to basic data transfer, the SC16C654BIA68,512 also supports a number of additional features. For instance, it supports error detection protocols such as 8, 16 and 32 bit Cyclic Redundancy Checks (CRCs). It can also detect framing, overrun and parity errors during data transmission. Furthermore, it supports baud rate auto-configuration, and comes with an integrated assistant controller.

Overall, the SC16C654BIA68,512 offers a versatile interface for a variety of industrial and home applications. It supports high-speed data transfer, and includes error detection and other features that make it a valuable tool for exchanging data, connecting devices and controlling machine operations.

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