ST16C654DIQ64TR-F

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Universal Asynchronous Receiver Transmitter (UARTs) are devices that are used in controlling communication baud rates and hardware flow control. They are found in computers, embedded systems, and communication systems, and are mainly used for serial data transmission.

ST16C654DIQ64TR-F is one such UART device, and it is utilised in various applications that require high speed serial data transmission. As an example, the device may be used in consumer electronics, automotive manufacturing, aerospace, marine and military communications, network communication, and medical equipment.

The ST16C654DIQ64TR-F is made up of a Data Highway plus (DHP) interface, which provides a single-wire, three-level interrupt-driven, four-channel DMA interface for the rapid data transmission. The DHP utilizes an Encoder, Multi-level External Bus, and Interrupt enable, to provide a robust and versatile I/O communications interface.

In terms of working principle, the ST16C654DIQ64TR-F provides a robust and high speed data transmission of up to 1.6 Mbps operating mode. The data rate can be adjusted to any desired speed between 0.05 Mbps and 1.6 Mbps, based on the application requirements. The device further supports 3-wire and 4-wire interfaces, which can be configured to work as synchronized transmitter/ receiver, splitter or multiple data link mode, as well as using multiple interfaces.

Moreover, the device is also capable of supporting data reversal and data reverse stop, providing a variety of interface options and system configurations. During data transmission, the transmitter together with the receiver will use a rate of up to a 1.6 Mbps baud rate, while adjusting its speed to the speed of the application. This will ensure the data is not corrupted during transmission.

ST16C654DIQ64TR-F can also be used in supporting voice/audio transmission, as well as a variety of other applications. It is capable of supporting up to a maximum of 12 bits of data per sample being transmitted, which further increases the performance of the device. Additionally, it is also capable of supporting different non-standard baud rate requirements, including Synchronous and Asynchronous timing, and the ability to transmit at different baud rates.

Furthermore, the device also features a wide supply voltage range of 1.8-5.5V and supports various types of communication protocols, such as RS232, RS485, and USART. Furthermore, it is also capable of detecting and correcting parity and data errors during transmission, as well as providing a auto-wakeup mode for low-power consumption.

In conclusion, the ST16C654DIQ64TR-F is an ideal device for serial data transmission, providing a robust and versatile UART solution for various applications. It has a wide range of capabilities, including high speed data transmission, support for multiple protocols, parity detection and data error correction, and the ability to adjust baud rates.

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