A
Anonymous
Guest
Eric,
I'm not completely satisfied with my understanding off the SAT control function.
I currently set it at the MIN position as this gives me the strongest/deepest target response.
With REJECT set at about 16uS and the SAT speed at MIN, the unit is nice and quiet in the water up to a few feet deep.
I understand the SAT relates to the retune speed, which is necessary in conductive/mineralised ground, but may also aid in target identification.
With a slow sweep speed in the water (and on the ground), is it still preferable to increase the SAT speed before making any REJECT increases? I understand that an increased SAT setting can help overcome audio fluctuations generated by waves and rushing salt water.
Hope this makes sense to you. A quick overview of the Goldquest's SAT speed control would be appreciated. Apologies if this has been covered by you before.
All the best for the New Year
Tony.
I'm not completely satisfied with my understanding off the SAT control function.
I currently set it at the MIN position as this gives me the strongest/deepest target response.
With REJECT set at about 16uS and the SAT speed at MIN, the unit is nice and quiet in the water up to a few feet deep.
I understand the SAT relates to the retune speed, which is necessary in conductive/mineralised ground, but may also aid in target identification.
With a slow sweep speed in the water (and on the ground), is it still preferable to increase the SAT speed before making any REJECT increases? I understand that an increased SAT setting can help overcome audio fluctuations generated by waves and rushing salt water.
Hope this makes sense to you. A quick overview of the Goldquest's SAT speed control would be appreciated. Apologies if this has been covered by you before.
All the best for the New Year
Tony.