***** Command Description for Kenwood Computer Interface ***** ______________________________________________________________ Auto Information ________________ AIn; The Radio Will Send the Status Info Automatically Whenever the Operator Manually Varies any Function on the Radio which is Covered in the IF; Command Where n = 0 for Auto Info OFF 1 for Auto Info On The Status Information Will be Sent in the Form : As defined in the IF; Command Display Memory ______________ DMnnnn; This is a Factory Diagnostic Function and is of no practical use to the operator The Contents of the MPU Memory will be Read Where nnnn = MPU Address (0000 Thru FFFF (HEX)) The Contents of the MPU Memory Will be Sent in the Form : As defined in the IF; Command Display Memory ______________ DMnnnn; This is a Factory Diagnostic Function and is of no practical use to the operator The Contents of the MPU Memory will be Read Where nnnn = MPU Address (0000 Thru FFFF (HEX)) The Contents of the MPU Memory Will be Sent in the Form : DMnnnn-aabbccddeeffgghhiijjkk; Where nnnn = MPU Address (0000 Thru FFFF (HEX)) aakk = Hex Number Pairs Of Next 16 Locations Down ____ DN; The Frequency or Memory Channel Will Decrement One Step Frequency VFO A / VFO B Request _______________________________ FA; FB; The Frequency in the Selected VFO Will be Read The Frequency Will be Sent in the Form: FAggmmmkkkhhh; or FBggmmmkkkhhh; Where gg = GHz. Value mmm = MHz. Value kkk = kHz. Value hhh = Hz. Value Frequency VFO A / VFO B Select ______________________________ FAggmmmkkkhhh; FBggmmmkkkhhh; The VFO Selected Will be Set to the Frequency Defined Where gg = GHz. Value (May be sent As 00 or Spaces) mmm = MHz. Value kkk = kHz. Value hhh = Hz. Value Function Select _______________ FNn; The Function Defined Will be Selected Where n = 0 for VFO A 1 for VFO B 2 for MEMORY Identify Model Request ______________________ ID; The Model of the Radio Will be sent in the Form : ID00n; Where : n = 1 for a TS-940 (*) n = 2 for a TS-811 (*) n = 3 for a TS-711 (*) n = 4 for a TS-440 Read Information Request ________________________ IF; The Status Information Will be Sent in the Form : IFggmmmkkkhhh snnnzrx yytdfcp Where gghhh = Value as defined in FA Command s = '+' or '-' Value of RIT/XIT nnn = Value of RIT/XIT (n.nn kHz.) z = '0' (Not Used in TS-440) r = Value as defined in RT Command x = Value as defined in XT Command yy = Memory Channel No. t = 0 for Receive 1 for Transmit d = Value as defined in MD Command f = Value as defined in FN Command c = Value as defined in SC Command p = Value as defined in SP Command Lock Knob _________ LKn; The Manual Frequency Control Functions Will be Disabled Where n = 0 for Lock OFF 1 for Lock ON Memory Channel Select _____________________ MCxmm; The Memory Channel Defined Will be Selected Where: x = Don't Care (Use '0' or Space) mm = Memory Channel No. (00 thru 99) Mode Select ___________ MDn; The Mode Defined Will Be Selected Where: n = 1 for LSB 2 for USB 3 for CW 4 for FM 5 for AM 6 for FSK Memory Read ____________ MRnxrr; The Memory Channel Defined Will be Read Where: n = 0 for RX VFO 1 FOR TX VFO (Split Channels Only) x = Don't Care (Use '0' or Space) rr = Memory Channel No. (00 thru 99) The Memory Information will be sent in the Form : MRn rrggmmmkkkhhhdz ; Where: n = 0 for RX VFO 1 FOR TX VFO (Split Channels Only) rr = Memory Channel No. (00 thru 99) gghhh = Value as defined in FA Command d = Value as defined in MD Command z = '0' (Not Used in TS-440) RIT/XIT Clear _____________ RC; The RIT/XIT will be set to 0.00 kHz. RIT/XIT Down ____________ RD; The RIT/XIT will Decrement by 0.01 KHz. (10 Hz.) RIT/XIT UP __________ RU; The RIT/XIT will Increment by 0.01 KHz. (10 Hz.)