Ats20 Radio Manual Better -
For weak SSB or Morse Code (CW) signals, narrow the filter () to eliminate background static. 📡 Advanced Reception Tips (Getting Better Signals)
This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later.
Since the manufacturer won't give you a "better manual," save this text file to your phone or print it out. ats20 radio manual better
Keep the radio away from computers, LED lights, and routers, which emit heavy RF noise. 4. Advanced Settings for Better Audio and Selectivity
: Long press the STEP button to display a signal level bar (S-meter) at the bottom of the screen. It can be toggled off with another press or by changing the band. For weak SSB or Morse Code (CW) signals,
Check the Silicon Labs Si4732 datasheet (the real "master manual") or join the ATS20 Facebook groups—where the community has already written hundreds of pages of better documentation than the factory ever did.
Cycles upward through the pre-programmed amateur and broadcast bands. Press Button 4 (Band-): Cycles downward through the bands. Changing Modulation (AM/FM/SSB) If you share with third parties, their policies apply
However, out of the box, many users are frustrated. The default factory firmware (typically version 1.1.5 or earlier) is clunky, the interface is poorly designed, and as one user noted, sometimes the hardware has physical defects like a tuning knob that is mounted too close to the faceplate to function correctly. Knowing this, we can focus on a better experience.
Steps upward or downward through the pre-configured radio bands (e.g., shifting from Medium Wave directly to the 20-meter ham band).
buttons to cycle through FM, AM (MW/LW), and Shortwave (SW) sub-bands. Mode Switching : Press the
The ATS-20 relies on an Arduino Nano or compatible microcontroller internal board. You can flash community-developed firmware modifications (which offer better menus, scanning capabilities, and extended frequency ranges) by connecting the Type-C port to a PC and using the Arduino IDE software.