Which type of device may be used to interface a parallel data format w...
UART means Universal Asynchronous Receiver/Transmitter which converts the bytes it receives from the computer along parallel circuits into a single serial bit stream for outbound transmission. And also receives data in serial form and converts it into parallel form and sent to the processor.
Which type of device may be used to interface a parallel data format w...
UART (Universal Asynchronous Receiver/Transmitter)
UART is a type of device that can be used to interface a parallel data format with external equipment's serial format. Here is a detailed explanation:
What is UART?
- UART is a hardware device that converts parallel data (multiple bits sent simultaneously) into serial data (one bit at a time) for transmission and vice versa for reception.
- It acts as a bridge between parallel and serial formats, making communication between devices with different data formats possible.
Working of UART
- UART operates by sending data bit by bit over a single data line. It includes a transmitter and a receiver, each with its own shift register.
- The transmitter converts parallel data into a serial format by sending one bit at a time, along with start and stop bits for synchronization.
- The receiver converts serial data back into parallel data by receiving one bit at a time and reconstructing the original parallel data.
Interface with External Equipment
- UART is commonly used to connect devices like microcontrollers, sensors, and peripherals to a computer or other external equipment that uses a serial communication protocol.
- It allows seamless data transfer between devices that use parallel and serial data formats, enabling communication and control in various applications.
In conclusion, UART plays a crucial role in interfacing parallel data formats with external equipment's serial format, facilitating efficient data exchange and communication between devices with different data formats.