I have seen several programs where the first two tones out of the three or four are set to a low (undesirable) frequency. For instance here is an example from an early post:
Disc = 1.0
3 Tones
Tone 1 = 202 Hz
Tone 2 = 204 Hz
Tone 3 = 786 Hz
Tone 1 = 0-1
Tone 2/Tone 3 = 40
Sens = 93 (but set to your ground conditions)
TX Power = 2
Freq = 12 kHz
Iron Vol = 2
Reactivity = 1 for clean conditions - use higher if you have lots of iron
Silencer = 1
Audio Resp = 3
Audio Overload = 1
Ground Manual = 85 (the screen shows 78 - 84 in my area)
Everything 40 and over is a high tone so you dig, and everything under 40 is a low tone - which I don't dig.
What I don't understand is why have two tones that give a bad response(Tone 1 & 2). Why not use a two tone program that assigns Tone 1 of 202 Hz to the entire range of 0 - 40?
BTW - My apologies to the unknown author of this program because I cannot give the credit due.
Thanks and HH.
Disc = 1.0
3 Tones
Tone 1 = 202 Hz
Tone 2 = 204 Hz
Tone 3 = 786 Hz
Tone 1 = 0-1
Tone 2/Tone 3 = 40
Sens = 93 (but set to your ground conditions)
TX Power = 2
Freq = 12 kHz
Iron Vol = 2
Reactivity = 1 for clean conditions - use higher if you have lots of iron
Silencer = 1
Audio Resp = 3
Audio Overload = 1
Ground Manual = 85 (the screen shows 78 - 84 in my area)
Everything 40 and over is a high tone so you dig, and everything under 40 is a low tone - which I don't dig.
What I don't understand is why have two tones that give a bad response(Tone 1 & 2). Why not use a two tone program that assigns Tone 1 of 202 Hz to the entire range of 0 - 40?
BTW - My apologies to the unknown author of this program because I cannot give the credit due.
Thanks and HH.