The difference between GeoZVT and Pulse Induction (PI) It's not just about performance, it's about performance. fundamental working means of generating and reading electromagnetic fields.on system Pulse Induction, the coil sends a strong pulse current then shuts off, and the detector just reads the signal from Decay phaseThat is, all the information the target depends on is how the signal disappears over time. small gold sensitivity (early-time) and large gold depth (late-time).

On the contrary, GeoZVT uses an active magnetic field continuouslyTarget is always in electromagnetic eclipse, so the detector not only sees decay, but Continuous response.the difference results in some real advantages:Energy fields are more stable and continuous, so that the coupling to the target in becomes more effective

Undepends on one window time (timeth), so there's no need to compromise between small gold and gold in

Signal-to-noise ratio higher at extreme depth, because the signal didn't ▪ lost

Separation of ground signals and targets more accurately, because it's not only time for decay but also terrain interaction and phase

It practically means GeoZVT is able to detect deep targets while maintaining sensitivity to smaller targets, something that I'm usually able to use for different timing settings.

The point is, GeoZVT's superiority is not just a little more profound than the ▪1.

• Using continuous magnetic field, not severed pulses

• Watching target responses in full, not just decay

• Reduce trade-off between sensitivity and depth

• It signals cleaner ground conditions.

With this approach, GeoZVT represents the shift from time-decay-based detection (PI) So counter-based detection interaction field continuous, which fundamentally unlocks new skills in deep-gold search.