Uploaded May 2025 | Updated September 2026, 3 weeks ago
This the final video of the implementation of the JF3HZB on the Hybrid SSB Transceiver. Needed fixing included setting the proper BFO frequency along with a proper LSB offset to the LO so the dial was spot on.
This video demonstrates the need for a low PPR (Pulses Per Revolution) on the Optical Encoder. The encoder was 64 PPR and better would be 20 or 16 PPR so you don't overshoot the mark. FFS strikes again.
This one cool piece of work from JF3HZB. Definitely not a project for appliance ops with no Arduino experience! The color change makes for better visibility for me personally.
Check my blog at n6qw.blogspot.com
73's
Pete N6QW
This the final video of the implementation of the JF3HZB on the Hybrid SSB Transceiver. Needed fixing included setting the proper BFO frequency along with a proper LSB offset to the LO so the dial was spot on.
This video demonstrates the need for a low PPR (Pulses Per Revolution) on the Optical Encoder. The encoder was 64 PPR and better would be 20 or 16 PPR so you don't overshoot the mark. FFS strikes again.
This one cool piece of work from JF3HZB. Definitely not a project for appliance ops with no Arduino experience! The color change makes for better visibility for me personally.
Check my blog at n6qw.blogspot.com
73's
Pete N6QW
