Product Center
Experts in electrical and electromagnetic instruments
Spread Spectrum IP System(GS2IP)
  • Product advantages
  • Technical parameter
  • Product configuration
  • Application field
High-Resolution Deep Mineral Exploration with Superior Accuracy and Efficiency
3–5 A transmission current enables exploration beyond 1,000 m. Delivers 10× more data and up to 10× higher survey efficiency than conventional IP methods. Provides 2× higher frequency-domain resolution for accurate ore and non-ore discrimination.

Receiver Technical Parameters:

1. Parallel synchronous acquisition channel: 6.


2. Background noise: 6nV/VHz.


3. Sample rate: 15/150/2400Hz automatic control.


4.  ADC: 32 bit output.


5. Magnification: 1-64 times automatic control.


6. Beidou/GPS synchronization accuracy: 30ns.


7. Total dynamic range: 166dB.


8. Power consumption: 2W.


9. Power supply: 5W/1A, powerbank can be used.


10. Connection mode: Wired network cable connection, wireless Zigbee connection (maximum distance of 1.6km under visual conditions).


11. Weight: 2.8kg.


12. Maximum number of connections: A maximum of 65536 for wireless networking and 255 for wired networking.


Transmitter Technical Parameters:

1. Transmitting waveform: square ware, multi-frequency wave, spread spectrum wave.


2. Number of transmitting frequencies: 1 to 256.


3. Transmitting mode: single frequent transmitting, sweep frequent transmitting.


4. Maximum transmitting voltage: 1000V/2000V optional.


5. Maximum transmitting current: 5A/10A/15A/20A/30A optinal.


6. The voltage regulator power module can be combined in series: multiple power modules can be connected in series or parallel power to increase the transmitting voltage or transmitting current to meet the needs of high-power output under various grounding conditions.


7. Transmission frequency: base frequency 1/8 192-128 Hz controllable.


8. Synchronization mode: GPS.


9. Synchronization accuracy: 30 ns.


10. Current signal output: According to the maximum power supply current output by the Hall sensor current sampling signal of different sensitivity.


  • Mineral Exploration
  • Geophysical Field Survey & System Deployment
  • Karst, Goaf & Pipeline Leakage Detection
  • Large-scale Geophysical Survey