SPECTRAN V6 ECO-6 Phase Noise
Quote from AdminTC on 24/04/2024, 11:44A first measurement shows shows over 100dBc @ 1GHz with 10kHz offset and TCXO.
Phase Noise Measurement Table:
The OCXO option offers even better results and a nice 8dB improvement if it comes to the 10Hz offset:
Phase Noise Measurement Table:
The OCXO option offers even better results and a nice 8dB improvement if it comes to the 10Hz offset:
Quote from AdminTC on 13/05/2024, 11:56100MHz Phase Noise (Tx used as signal generator | SINGLE LO):
100MHz Phase Noise (Tx used as signal generator | LO1 & LO2):
1GHz Phase Noise (Tx used as signal generator | SINGLE LO):
1GHz Phase Noise (Tx used as signal generator | LO1 & LO2):
6GHz Phase Noise (Tx used as signal generator | SINGLE LO):
6GHz Phase Noise (Tx used as signal generator | LO1 & LO2):
100MHz Phase Noise (Tx used as signal generator | SINGLE LO):
100MHz Phase Noise (Tx used as signal generator | LO1 & LO2):
1GHz Phase Noise (Tx used as signal generator | SINGLE LO):
1GHz Phase Noise (Tx used as signal generator | LO1 & LO2):
6GHz Phase Noise (Tx used as signal generator | SINGLE LO):
6GHz Phase Noise (Tx used as signal generator | LO1 & LO2):
Quote from Peytavit on 29/05/2024, 12:19I would like to use an external 10 MHz Reference as master clock of the V6 ECO. In my set-up, an external signal generator will be locked on these same reference.
Could you confirm that the LO of the V6 will be locked on this reference and that the phase noise close to the carrier (<100 Hz) will be driven by my external clock?
Could you confirm that the OCXO option will be useless in this case?
Thanks for your help
I would like to use an external 10 MHz Reference as master clock of the V6 ECO. In my set-up, an external signal generator will be locked on these same reference.
Could you confirm that the LO of the V6 will be locked on this reference and that the phase noise close to the carrier (<100 Hz) will be driven by my external clock?
Could you confirm that the OCXO option will be useless in this case?
Thanks for your help
Quote from AdminTC on 29/05/2024, 20:06Yes this works but the phase noise will not change since the internal LO will stay the same (only the timing will be synced).
Yes this works but the phase noise will not change since the internal LO will stay the same (only the timing will be synced).