XR17D152CM-F

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Universal Asynchronous Receiver Transmitter (UART) is a type of computer interface used in communication systems to provide a link between two devices. The XR17D152CM-F is a UART that is designed and manufactured by Exar Corporation. It is used in various industrial applications and can be configured to a variety of parameters, depending on the application it is being used for.

The XR17D152CM-F is a high-speed UART which supports speeds of up totwo megabits per second (Mbps). It incorporates Exar’s patented low-power technology, which helps reduce power consumption during operation. This makes it suitable for applications that require high data transfer rates, but with low power consumption. Additionally, it features a wide temperature operating range and long-term reliable operation.

The XR17D152CM-F has two channels for data transmission, a transmit channel and a receive channel. The transmit channel is used when data needs to be sent out, while the receive channel is used when data is coming in. Both of these channels utilize FIFO (first in first out) buffers, which allow data to be stored in the device while it is being transmitted.

The XR17D152CM-F also features an on-chip interrupt controller, which monitors the status of the FIFO and generates an interrupt signal when an event occurs, such as when data is ready to be transmitted. This allows the device to be programed to react immediately and keep up with high-speed data transmissions.

The XR17D152CM-F is also capable of automatic hardware flow control, which helps to ensure data is transmitted without being lost or corrupted. It includes a handshaking line, which can be configured as either an active high or active low signal. When active, this line stops data from being transmitted until it is released.

The XR17D152CM-F is used in applications such as modems, printers, embedded systems, industrial automation systems, test and measurement systems, and verification systems. It is well suited for these applications because it features high-speed data transmission, low power consumption, and reliable operation. Additionally, its on-chip interrupt controller and hardware flow control capabilities make it easy to integrate into existing systems.

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