/* SARK PROTOCOL as page 77 of its manual*/
Command: scan
Description: Scans from specified start to end frequency and get impedance values
Arguments : {freq_start} Start freq. in Hz {freq_end} End freq. in Hz {step} Step in Hz
Response: swr,R,X,Z
format:floating point = f.2
Example:
>>scan
Start
1.05,52,10,51 1.05,52,10,51 ..
End
/* RIGEXPERT PROTOCOL*/
Command: ver
Description: returns analyzer type and firmware version
Arguments : none
Response: "AA-170 401\n"
Command: on
Description: switch on signal generator
Arguments : none
Response: "OK\r\n"
Command: off
Description: switch off signal generator
Arguments : none
Response: "OK\r\n"
Command: fqXXXXXXXXX
Description: set center frequency to XXXXXXXXX Hz
Arguments : XXXXXXXXX
Response: "OK\r\n"
Command: swXXXXXXXXX
Description: set sweep range to XXXXXXXXX Hz
Arguments : XXXXXXXXX
Response: "OK\r\n"
Command: frxNNNN
Description: perform NNNN measurements in the specified range
Arguments : NNNN
Response: output frequency (MHz floating point f.6), R and X for every measurement
/* WSPR PROTOCOL*/
Command: setwsprband:band
Description: Set wspr band
Arguments:band (integer number 0 = 1838100 ,1 = 3570100, 2 = 5288700, 3= 7040100 ,4 = 10140200 ,
5 = 14097100 ,6 = 18106100,7 = 21096100 ,8 =24926100 ,9 = 28126100 ,10= 50294500 ,11 = 70092500)
Response:Band selected: %i\n
Command: setwsprcor:i
Description:Set correction factor (the difference between the measured and specified frequencies should be calculated in Hertz, then multiplied by 100 in order to get the correction).
Arguments: i
Response:Correction factor: %i\n SAVE ? y/n
Command: setwsprcall:call(6 char):grid(4 char):dBm(10-60)\r\n
Description:Set call grid and power. Call MUST be 6 char and char 3 a digit, use space to adjust the call.
Arguments: call(6 char):grid(4 char):dBm(10-60)
Command: setwsprhelp
Description:Print the above