Method for enhancing measurement precision of proton magnetometer
A measurement accuracy, magnetometer technology, applied in measurement devices, electrical/magnetic exploration, geophysical measurement, etc., to achieve the effect of high-precision magnetic field observation
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[0021] The structure and composition of the circuit for measuring the signal cycle of high-speed devices are as follows:
[0022] The circuit for measuring the signal period of high-speed devices includes an omnidirectional deep-sea proton probe 1, a probe polarization converter 2, a polarization controller 3, a tuning matcher 4, a frequency-selective amplifier 5, a signal shaper 6, a signal counter 7, and a counting gate 8. 30MHz standard pulse generator 9. 24-bit binary counter 10. The omnidirectional deep-sea proton probe 1 transmits the detected signal to the probe polarization converter 2, and the signal is transmitted to the polarization controller 3 and the tuning matcher 4 after conversion, and the signal is transmitted to the frequency selection after being matched by the tuning matcher 4 Amplifier 5, the signal is amplified and sent to the signal shaper 6, the signal is shaped and sent to the signal counter 7, the signal is counted and fed back to the tuning matcher ...
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