XR16M752IL32-F

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Interface - UARTs (Universal Asynchronous Receiver Transmitter) is a vital peripheral in many embedded systems. The XR16M752IL32-F is one such device which is used for asynchronous serial communication. It is a UART device which incorporates the controller, transceiver functions into one device.

Overview

XR16M752IL32-F is an advanced IC which stores up to 16 zeros and one’s. It is widely used in various asynchronous serial communication applications such as CAN, RS-232/422/445, HDLC/SDLC, Ethernet, Synchronous, etc. It combines all the core functions of a UART, hence it is termed as a single-chip solution. The main features of XR16M752IL32-F include a 3.3V operating voltage, 5V tolerant I/O, dual 5V tolerant RX and TX ports, 5V tolerant data input and output, 5V tolerant clock control, and 32-byte FIFO for both receive data and transmit data. Furthermore, this chip has a high-speed microprocessor interface and supports 8/16/32-bit microprocessor interface.

Applications

XR16M752IL32-F is extremely useful in asynchronous serial communication. It is used in various applications such as remote control systems, industrial automation, instrumentation and control, motor control, automotive and power management. This chip is also ideal for high-speed host to bus communication, sync/async data transfers, HDLC/SDLC-based communication, and other Ethernet-based communications. Some additional applications include modems, robotics, industrial networks, automated teller machines, medical instruments, automotive ECUs, test equipment, and industrial communication controllers.

Working Principle

The XR16M752IL32-F works in a simple and straightforward way. It is composed of various sub-systems which together facilitate asynchronous serial communication. The main components in this chip include a clock generator, a transmitter, a receiver, and a controller. The clock generator generates the necessary clocks required for driving the transmitter and receiver. The transmitter module is used to convert data into a serial bitstream which can be transmitted across the line. Similarly, the receiver module is used to receive data in asynchronous form. The controller module is used to manage and coordinate the normal operation of the chip.

Apart from the above components, the chip also contains several other registers and control signals. These registers and control signals are used to configure the chip and enable the user to customize the operation of the chip according to their application requirements. The XR16M752IL32-F supports both 8, 16 and 32-bit microprocessor interfaces and can operate in both standard and extended modes for data transmission and reception.

Conclusion

The XR16M752IL32-F is an advanced IC which offers a single-chip solution for asynchronous serial communication. It has several features such as a 3.3V operating voltage, 5V tolerant I/O, dual 5V tolerant RX and TX ports, 5V tolerant data input and output, and 5V tolerant clock control. This chip is used in various applications such as remote control systems, industrial automation, instrumentation and control, and motor control. It has a simple and straightforward working principle, and it supports 8/16/32-bit microprocessor interface. Thus, the XR16M752IL32-F can be employed in various applications where asynchronous serial communication is required.

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