IoT MT device Goal and Idea : The device power supply by wide-spread 5V power Bank，It was easy transport by Air Based on the ZigBee Tech, a single operator can control more than 200 MT device Using the latest low noise amplifier and ADC, the instrument noise is controlled lower 5nV/sqrt(Hz) Adopt DSP real-time processing, real-time 50/60Hz multi-notch, multi-band data real-time output MT impedance estimation based on artificial intelligence can output MT impedance data of expert-level points directly
Low Power Consumption
Low background Noise
IoT long distance communication
AI Impedance estimate
High Power transmitter @CSAMT
Fit for all kinds of Magnetic Sensors
1.The device power supply by wide-spread 5V power Bank，It was easy transport by Air
2.Based on the ZigBee Tech, a single operator can control more than 200 MT device
3.Using the latest low noise amplifier and ADC, the instrument noise is controlled lower 5nV/sqrt(Hz)
4.Adopt DSP real-time processing, real-time 50/60Hz multi-notch, multi-band data real-time output
5.MT impedance estimation based on artificial intelligence can output MT impedance data of expert-level points directly
| MT Receiver Specification | |
| Input Signal Range: | ±1.25V |
| input impedance: | 1MΩ |
| Gain: | 1,3,9,27,81 Controlled |
| Frequency: | 0.1~10000Hz (AMT) , 0.0001~1000Hz (MT) |
| Dynamic Range: | 160dB |
| Sensors: | CMS-01、CMS-02 （support Phoenix Mag Sensors） |
| Background Noise: | 3 nV / sqrt(Hz) @ 1000Hz AMT 5 nV / sqrt(Hz)@ 1Hz M |
| Synchronization: | ±30ns(Standard GPS), ±1ns(Optional GPS) |
| Connection: | Wi-Fi, Zigbee, Internet |
| Channel: | 6( 2 for electric, 3 for Magneto, 1 for backup ) |
| Sample Rate: | 24000/2400Hz controlled, 150Hz continues (AMT mode) 2400/150Hz controlled, 15Hz continues (MT mode) |
| Notch Filter: | 50/60Hz odd Notch Filter and 100/120Hz Notch Filter |
| Communicate Distance: | 1600m@ Visual Condition via ZigBee |
| Max Station: | 256@ ZigBee |
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