ICOM CI V SOFTWARE PC
Towards the PC as coming from the 'virtual TRX' address. Retransmit these on the same CAT line to the TRX on the actual TRX address.Īnd in return, frequency & mode information from the TRX will be translated (frequency & mode) coming from the PC towards a certain address, and The trick is that it will ijn fact function as a 'proxyīetween PC and TRX, it will listen for commands Plugged in with 3.5mm plug) as an extra device to the (existing) CAT lineīetween PC and TRX, and provides a separate output port for the PA. The PC (CAT Controller) and your transceiver, and provides a separate CI-V Now, the Arduino module is 'virtually' inserted between The is equivalent to 'MANUAL' method, or changing the settings in the Signal can be applied as well to the module, indicating that theīy issuing a CAT command. Typically, when the transverter is powered, it will provide the +12v TRANSVERTER mode ( in and out ) by 2 methods:īy applying +12v on the accessory connector.
ICOM CI V SOFTWARE SOFTWARE
Icom IC-7600 TRX, MixW32 v2.16 logging software and OZ2M 4m transverter.įirst of all, the ICOM transceiver can be put into The project presented has been realized / tested with Transverter interface hereby presented will handle all the above issues in aĬomplete transparent manner, and can even power-up the transverter if Solution : the ARDUINO CI-V address translator and If it is controlled for changing bands & antenna's by the CAT info ? Transceiver in TRANSVERTER mode or apply a frequency offset.īut even in this case, what with your PA (like the SPE), Logging / DX-cluster software is extremely smart and able to put your IF-frequency instead of the effective working frequency. So spots from the DX cluster cannot be directly passed to command theįrequency, and in return, the electronic log will register QSO's at the
Other hand the CI-V CAT data is always remaining at the IF frequency. This is very handy to operate, but unfortunately on the Intermediate frequency) in/out is available on the transverter port, and theĭisplay can present the operating frequency with a programmable Operate in TRANSVERTER mode : in this mode, the RF (to be considered as IF = High-end ICOM transceivers have a a possibility to Which converts all RX and TX signals from 70 Mhz to 28 MHz. To operate on the 4m (70 MHz) band, I run a transverter,