           break;
       }
 
-      // show hold time value in row 1
+      // show voltage calibrate value
       display_sel_offset(VoltsCalibrate, seldig, 5, 10, 1);
     }
   }

// Main VFO code
//##############################################################################

#ifdef JUNK
const int EepromFreq = NEXT_FREE;
#define NEXT_FREE   (EepromFreq + sizeof(Frequency))

// address for int 'selected digit'
const int EepromSelDigit = NEXT_FREE;
#define NEXT_FREE   (EepromSelDigit + sizeof(SelOffset))

// address for 'VfoClockOffset' calibration
const int EepromVfoClockOffset = NEXT_FREE;
#define NEXT_FREE   (EepromVfoClockOffset + sizeof(VfoClockOffset))

// address for byte 'contrast'
const int EepromContrast = NEXT_FREE;
#define NEXT_FREE   (EepromContrast + sizeof(LcdContrast))

// address for byte 'brightness'
const int EepromBrightness = NEXT_FREE;
#define NEXT_FREE   (EepromBrightness + sizeof(LcdBrightness))

// address for int 'hold click time'
const int EepromHoldClickTime = NEXT_FREE;
#define NEXT_FREE   (EepromHoldClickTime + sizeof(ReHoldClickTime))

// address for int 'double click time'
const int EepromDClickTime = NEXT_FREE;
#define NEXT_FREE   (EepromDClickTime + sizeof(ReDClickTime))

// address for float 'voltage calibrate'
const int EepromVoltsCalibrate = NEXT_FREE;
#define NEXT_FREE   (EepromVoltsCalibrate + sizeof(VoltsCalibrate))

// number of frequency save slots in EEPROM
const int NumSaveSlots = 10;

const int EepromSaveFreqBase = NEXT_FREE;
#define NEXT_FREE   (EepromSaveFreqBase + NumSaveSlots * sizeof(Frequency))

//also save the offset for each frequency
const int EepromSaveOffsetBase = NEXT_FREE;
#define NEXT_FREE   (EepromSaveOffsetBase + NumSaveSlots * sizeof(SelOffset);

// additional EEPROM saved items go here
#endif

//----------------------------------------
// The standard Arduino setup() function.
// Called once on powerup.

  EEPROM.put(EepromDClickTime, ReDClickTime);
  EEPROM.put(EepromVoltsCalibrate, VoltsCalibrate);

  Serial.printf(F("save_to_eeprom: VfoClockOffset=%ld\n"), VfoClockOffset);
  Serial.printf(F("save_to_eeprom: VoltsCalibrate=%ld\n"), VoltsCalibrate);
  Serial.printf(F("save_to_eeprom: EepromVfoClockOffset=%d\n"), EepromVfoClockOffset);
  Serial.printf(F("save_to_eeprom: EepromVoltsCalibrate=%d\n"), EepromVoltsCalibrate);
  Serial.printf(F("save_to_eeprom: EepromSaveFreqBase=%d\n"), EepromSaveFreqBase);
}

//----------------------------------------
