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Enable Termination Char prepares the serial device to recognize termination char. If TRUE (default), the VI_ATTR_ASRL_END_IN attribute is set to recognize the termination character. If FALSE, the VI_ATTR_ASRL_END_IN attribute is set to 0 (None) and the serial device does not recognize the termination char. Termination char calls for termination of the read operation. The read operation terminates when the termination char is read from the serial device. 0xA is the hex equivalent of a linefeed character ( n).

To get data serially on Labview, we need one more driver. This driver is used for serial communication with arduino and Labview VI. You will not able to get data on Labview without installing driver. Labview also provides other drives for example labview server drivers, labview web services which is used to send labview data to web servers.

Change the termination char to 0xD for message strings that terminate with a carriage return ( r). Timeout specifies the time, in milliseconds, for the write and read operations. The default is 10000. VISA resource name specifies the resource to be opened. The control also specifies the session and class. Baud rate is the rate of transmission.

The default is 9600. Data bits is the number of bits in the incoming data.

The value of data bits is between five and eight. The default value is 8. Parity specifies the parity used for every frame to be transmitted or received. This input accepts the following values. 0 no parity (default) 1 odd parity 2 even parity 3 mark parity 4 space parity error in describes error conditions that occur before this node runs. This input provides functionality. Stop bits specifies the number of stop bits used to indicate the end of a frame.

This input accepts the following values. 10 1 stop bit 15 1.5 stop bits 20 2 stop bits flow control sets the type of control used by the transfer mechanism. This input accepts the following values. 0 None (default)—The transfer mechanism does not use flow control. Buffers on both sides of the connection are assumed to be large enough to hold all data transferred. 1 XON/XOFF—The transfer mechanism uses the XON and XOFF characters to perform flow control. The transfer mechanism controls input flow by sending XOFF when the receive buffer is nearly full, and it controls the output flow by suspending transmission when XOFF is received.

2 RTS/CTS—The transfer mechanism uses the RTS output signal and the CTS input signal to perform flow control. The transfer mechanism controls input flow by unasserting the RTS signal when the receive buffer is nearly full, and it controls output flow by suspending the transmission when the CTS signal is unasserted. 3 XON/XOFF and RTS/CTS—The transfer mechanism uses the XON and XOFF characters and the RTS output signal and CTS input signal to perform flow control. The transfer mechanism controls input flow by sending XOFF and unasserting the RTS signal when the receive buffer is nearly full, and it controls the output flow by suspending transmission when XOFF is received and the CTS is unasserted. 4 DTR/DSR—The transfer mechanism uses the DTR output signal and the DSR input signal to perform flow control. The transfer mechanism controls input flow by unasserting the DTR signal when the receive buffer is nearly full, and it controls output flow by suspending the transmission when the DSR signal is unasserted.

5 XON/XOFF and DTR/DSR—The transfer mechanism uses the XON and XOFF characters and the DTR output signal and DSR input signal to perform flow control. The transfer mechanism controls input flow by sending XOFF and unasserting the DTR signal when the receive buffer is nearly full, and it controls the output flow by suspending transmission when XOFF is received and the DSR signal is unasserted. VISA resource name out is a copy of the that VISA functions return. Error out contains error information. This output provides functionality.