The gold probe can explore gold . The use of metal detectors is similar. The gold probe is mainly used to detect a kind of instrument of gold. It is also a type of metal detector, but the price of the gold probe is relatively high. The main reason is that the production work required by the gold probe is higher, and the gold probe detector needs The working principle is: the molecular oscillation is used.
. The underground metal detector on the current market can be roughly divided into three categories: 1. Gold detection , coin and cultural relic detection 3. Ground water and groundwater and groundwater and groundwater and groundwater and groundwater The main differences between the stream detection The underground metal detectors are as follows: 1. The technology used ) Continuous sine wave technology -this is a kind of basic detector Traditional technologies used. These detectors are usually called VLF detectors. When the signal processing needs to be adjusted frequently, the signal sending and receiving method does not change much. This is because this continuous sine wave detector will generate an electromagnetic field and act on the ground in the form of continuous waves. 2) Wide -range spectrum launch technology (BBS) -Dylonds different from the VLF detector using a sine wave square wave working method. This technology uses 17 frequencies to launch at the same time. The further upgrade of this technology is the working method of the full spectrum launch (FBS). All spectrum launch has 28 frequencies working at the same time. This is the exclusive patented technology enjoyed by Minelab. Its advantage is that it can maximize the noise reduction of ground mixed waves and accurately distinguish different metal targets in a larger depth range. The emergence of this technology provides a wider range of applicable scope for the main products used in today's market -multi -spectrum detectors. 3) V/FLEX technology -This is an extremely exquisite technology. It uses digital components and hybrid signal components to enhance the standard single frequency technology, which is reliable and can improve the shielding effect of external interference. In addition, V/FLEX technology allows the detector to obtain different frequency work by changing the coil. 4) Multi -periodic sensing technology (MPS) -This is also the exclusive patented technology enjoyed by Minelab. First of all, it is applied to its SD series products. Essence Minelab's unique multi -cyclical sensing technology (MPS) is transmitted to the ground with a long and short magnetic field pulse flow to the ground, so that the detected object itself also produces a variable magnetic field. That is to say, the more traditional VLF detector, MPS technology can make you detect the deeper buried objects. Moreover, the use of MPS technology can improve the ground balance accuracy, thereby effectively reducing error posters and error signals. 2. The ground balance method adopted 1) Manual ground balance -The operator adjusts the ground balance by himself in order to adapt to the mineral status of different surfaces that is detected. ) Automatic ground balance -Minelab first invented the real automatic balance technology in 1987. This progress has caused the surface tracking circuit of the world's detectors to revolt the revolution. Automatic ground tracking technology means that treasure detectors can use automatic adjustment balance technology to track changes in the status of the ground. This ensures the maximum depth of detection while reaching the perfect ground balance, and it is not necessary to stop using manually to adjust the detector in the case of changes in the ground condition. 3) Preset ground balance -this technology sets up specific parameters to adapt to specific types of soil. This limits the activity of treasure detectors to a specific detection object, such as it is usually used for coin detection. 3. The frequency adopted is usually calculated with Qianhez. The frequency is the number of times the signal pulse emitter per second and the number of times the receiving. The lower the frequency of the detector, the deeper the depth of the transmitting signal penetrates the ground. However, in the low frequency range, the sensitivity of the detector on small targets sometimes decreases. The higher the frequency, the higher the sensitivity of small targets, but the penetration depth of transmitting signals at the same time will decrease. Generally speaking, the detector of the detection gold uses high frequency to find small ore tumors. Coins and cultural relic detectors like to use low -frequency detectors to achieve a greater depth. At this time, the ideal tool is MPS detector, which can meet the requirements of sensitivity and deep detection at the same time.
Note: Frequency is the only factor that determines the depth and sensitivity of the detection of the depth and sensitivity. Usually, the frequency is only regarded as an indicator.
The gold probe can explore gold
. The use of metal detectors is similar. The gold probe is mainly used to detect a kind of instrument of gold. It is also a type of metal detector, but the price of the gold probe is relatively high. The main reason is that the production work required by the gold probe is higher, and the gold probe detector needs The working principle is: the molecular oscillation is used.
. The underground metal detector on the current market can be roughly divided into three categories:
1. Gold detection
, coin and cultural relic detection
3. Ground water and groundwater and groundwater and groundwater and groundwater and groundwater The main differences between the stream detection
The underground metal detectors are as follows:
1. The technology used
) Continuous sine wave technology -this is a kind of basic detector Traditional technologies used. These detectors are usually called VLF detectors. When the signal processing needs to be adjusted frequently, the signal sending and receiving method does not change much. This is because this continuous sine wave detector will generate an electromagnetic field and act on the ground in the form of continuous waves.
2) Wide -range spectrum launch technology (BBS) -Dylonds different from the VLF detector using a sine wave square wave working method. This technology uses 17 frequencies to launch at the same time. The further upgrade of this technology is the working method of the full spectrum launch (FBS). All spectrum launch has 28 frequencies working at the same time. This is the exclusive patented technology enjoyed by Minelab. Its advantage is that it can maximize the noise reduction of ground mixed waves and accurately distinguish different metal targets in a larger depth range. The emergence of this technology provides a wider range of applicable scope for the main products used in today's market -multi -spectrum detectors.
3) V/FLEX technology -This is an extremely exquisite technology. It uses digital components and hybrid signal components to enhance the standard single frequency technology, which is reliable and can improve the shielding effect of external interference. In addition, V/FLEX technology allows the detector to obtain different frequency work by changing the coil.
4) Multi -periodic sensing technology (MPS) -This is also the exclusive patented technology enjoyed by Minelab. First of all, it is applied to its SD series products. Essence Minelab's unique multi -cyclical sensing technology (MPS) is transmitted to the ground with a long and short magnetic field pulse flow to the ground, so that the detected object itself also produces a variable magnetic field. That is to say, the more traditional VLF detector, MPS technology can make you detect the deeper buried objects. Moreover, the use of MPS technology can improve the ground balance accuracy, thereby effectively reducing error posters and error signals.
2. The ground balance method adopted
1) Manual ground balance -The operator adjusts the ground balance by himself in order to adapt to the mineral status of different surfaces that is detected.
) Automatic ground balance -Minelab first invented the real automatic balance technology in 1987. This progress has caused the surface tracking circuit of the world's detectors to revolt the revolution. Automatic ground tracking technology means that treasure detectors can use automatic adjustment balance technology to track changes in the status of the ground. This ensures the maximum depth of detection while reaching the perfect ground balance, and it is not necessary to stop using manually to adjust the detector in the case of changes in the ground condition.
3) Preset ground balance -this technology sets up specific parameters to adapt to specific types of soil. This limits the activity of treasure detectors to a specific detection object, such as it is usually used for coin detection.
3. The frequency adopted
is usually calculated with Qianhez. The frequency is the number of times the signal pulse emitter per second and the number of times the receiving. The lower the frequency of the detector, the deeper the depth of the transmitting signal penetrates the ground. However, in the low frequency range, the sensitivity of the detector on small targets sometimes decreases. The higher the frequency, the higher the sensitivity of small targets, but the penetration depth of transmitting signals at the same time will decrease. Generally speaking, the detector of the detection gold uses high frequency to find small ore tumors. Coins and cultural relic detectors like to use low -frequency detectors to achieve a greater depth. At this time, the ideal tool is MPS detector, which can meet the requirements of sensitivity and deep detection at the same time.
Note: Frequency is the only factor that determines the depth and sensitivity of the detection of the depth and sensitivity. Usually, the frequency is only regarded as an indicator.
Metal detector can be detected, magnets cannot
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