TL16C2550IPFBRQ1

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TL16C2550IPFBRQ1 is an integrated circuit that implements a universal asynchronous receiver-transmitter (UART) with a single, low-power 5V supply. This UART interfaces with the serial bus to convert between serial data transmission and parallel data input/output. It is commonly used in embedded systems, digital signal processors, communication interface applications, and other communication interface devices.

TL16C2550IPFBRQ1 has a total of eight pins, including four pins for data (RXD, TXD, RTS, and CTS), one pin for power, two pins for the wide-side oscillator signal (SOSI, SOSO), and one pin for the signal ground. The four data pins carry the serial data between the UART and the serially connected device. The RXD and TXD pins are for the receiver and transmitter, respectively, and the RTS and CTS pins are for the Request To Output (RTO) and Clear To Output (CTO) signals.

TL16C2550IPFBRQ1 is designed to be used with a wide-side oscillator, which typically operates at a frequency of 20 MHz. The SOSI and SOSO pins provide the signal for the wide-side oscillator. The SOSI pin is the “sample in” pin, used for sampling the incoming signal from the serial bus. The SOSO pin is the “sample out” pin, used for sending the sampled signal to the serial bus.

The UART has a transmit data mode, a receive data mode, and a simultaneous receive and transmit mode. In the transmit mode, the UART waits for a signal on the TXD pin to start transmission. Then, it sends a serial character information on the transmit data line. In the receive mode, the UART waits for a serial character to arrive on the RXD pin. After it detects the serial characters, it will store the received data. During the simultaneous receive and transmit mode, the UART receives and transmits data concurrently. After the received data is processed and stored, the UART continues to transmit the stored data.

TL16C2550IPFBRQ1 is typically used for applications that need to transfer data between two serial devices with low latency and high data throughput. These applications typically require high speed and low power consumption. The UART also provides a distinctive feature set, such as data rate configuration, transmit and receive data polarity control, and line break detection. Furthermore, the UART supports multiple modes, such as five-bit, six-bit, and seven-bit configurations, and even eight-bit data word lengths.

In conclusion, TL16C2550IPFBRQ1 is a compact and power-efficient universal asynchronous receiver-transmitter (UART) interface device. It features low power requirements, a wide range of operating frequencies, and high data throughput capability. It is suitable for use in embedded systems, digital signal processors, communication interface applications, and other communication interface devices that require high speed and low power operation.

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