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AMS single axis AC magnetic field sensor (25Hz-1MHz)
Description: • Range: 30G (3mT); • Frequency response flatness: better than ± 0.5dB • AC magnetic field sensor output ratio: 1mV/1mG • AMS-2K single a
Product details
Provide professional magnetic field measurement solutions | ||||||
Strong magnetic field measuring instrument(0 - 20T) | ||||||
model |
principle |
type |
number of axles |
DCaccuracy |
maximum range |
Highest resolution |
X113 |
hall |
hall sensor |
1 |
<> |
15T |
TC: 30ppm/K |
G80 |
hall |
handheld |
1 |
2% |
2T |
10μT |
G81 |
hall |
handheld |
1 |
0.8% |
10T |
1μT |
G82 |
hall |
handheld-high frequency |
1 |
0.8% |
10T |
1μT |
G83 |
hall |
handheld |
3 |
0.8% |
10T |
1μT |
G92 |
hall |
handheld |
1 |
1% |
10T |
10μT |
G93 |
hall |
handheld |
3 |
1%, 0.5% |
20T |
1μT |
G201 |
hall |
Desktop computer |
1 |
0.2% |
10T |
1μT |
G203 |
hall/reluctance |
Desktop computer |
3 |
0.2% |
10T |
10nT |
G401 |
hall |
Desktop computer |
1 |
0.04% |
10T |
1μT |
G403 |
hall |
Desktop computer |
3 |
0.04% |
10T |
1μT |
GSP301A |
hall |
Analog transmitter |
1 |
1%, 0.2% |
10T |
Output: ±3V |
GSP301D |
hall |
Digital transmitter |
1 |
1%, 0.2% |
10T |
1μT |
GSP303D |
hall |
Digital transmitter |
3 |
1%, 0.2% |
20T |
1μT |
GSP303D-S |
hall |
Digital transmitter |
3 |
0.5%, 0.1% |
3T |
1μT |
Magnetic field testing system | ||||||
GAS3000 |
Array magnetic field detection system, synchronous detection up to128The magnetic field at a certain location |
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GMS980 |
High precision Gaussian meter calibration system (High precision Tesla meter calibration device) |
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Weak magnetic field measuring instrument(0- 2mT) | ||||||
Weak magnetic field Gaussian meter | ||||||
model |
principle |
type |
number of axles |
DCaccuracy |
maximum range |
Highest resolution |
GMR61 |
reluctance |
handheld |
1 |
0.8% |
600μT |
10nT |
GMR63 |
reluctance |
handheld |
3 |
0.8% |
600μT |
10nT |
GF601 |
fluxgate |
handheld |
1 |
0.5% |
1mT |
0.1nT |
GF603 |
fluxgate |
handheld |
3 |
0.25% |
1mT |
0.1nT |
GF633 |
fluxgate |
Desktop computer |
3 |
0.1% |
100μT |
0.01nT |
GFP703 |
fluxgate |
Smart Transmitters |
3 |
0.5% |
1mT |
0.1nT |
GFP703S |
fluxgate |
Spectrum analyzer |
3 |
0.5% |
1mT |
0.01nT |
GFP803 |
fluxgate |
Smart Transmitters |
3 |
0.2% |
1mT |
0.1nT |
Communication magnetic field measurement(DC- 1MHz) | ||||||
model |
principle |
type |
number of axles |
ACaccuracy |
maximum range |
frequency response |
AMS-2K |
alternating current coil |
Analog sensor |
1 |
1% |
3mT |
30Hz- 2kHz |
AMS-1M |
alternating current coil |
Analog sensor |
1 |
1% |
3mT |
2kHz- 1MHz |
G1000 |
reluctance |
Smart Transmitters |
3 |
DC- 1% AC- 2% |
400μT/ Axis |
DC- 1MHz |
GA1000 |
reluctance |
handheld |
3 |
2% |
400μT/ Axis |
30Hz- 1MHz |
GSP301HFA |
reluctance |
Analog transmitter |
1 |
1% |
150μT |
20Hz-1.2MHz |
GSP303HFA |
reluctance |
Analog transmitter |
1 |
1% |
150μT |
20Hz-1.2MHz |
fluxgate sensor | ||||||
model |
principle |
type |
number of axles |
noise level |
maximum range |
output |
F901 |
fluxgate |
Economic type |
3 |
10 to 20pT |
1000μT |
±10V,single-ended |
F902 |
fluxgate |
low noise |
3 |
<> |
100μT |
±10V,single-ended |
F903 |
fluxgate |
low-power consumption |
3 |
10 to 20pT |
200μT |
±3V,finite difference |
F904 |
fluxgate |
low-power consumption|low noise |
3 |
<> |
100μT |
±3V,finite difference |
F905 |
fluxgate |
high-performance|low noise |
3 |
<> |
100μT |
±10V,single-ended |
F906 |
fluxgate |
low-power consumption |
3 |
10 to 20pT |
100μT |
±3V,finite difference |
F23 |
fluxgate |
split type|large range |
3 |
<> |
1500μT |
±10V,single-ended |
F53 |
fluxgate |
High temperature type |
3 |
≤ 300pT@175℃ |
100μT |
±5V,finite difference |
Magnetic flux gate sensor data acquisition unit | ||||||
FDU301 |
Connectable1A three-axis flux gate sensor |
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ASA1000 |
Connectable2-126A single axis flux gate sensor or2-42A three-axis flux gate sensor |
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AFS |
Array flux gate sensor detection system, capable of connecting multiple flux gate magnetic field transmitters |
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GMR-16 |
Micro weak magnetic field sensor array, capable of synchronous acquisition2-16Data from a miniature weak magnetic field sensor |
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GR100 |
Digital three-axis flux gate gradiometer |
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|
remarks: 1Magnetic field unit conversion:1T= 10kG; 1mT= 10G; 1μT= 10mG; 1nT= 10μG 2Click on the left side of the table abovemodelYou can refer to the product information of the corresponding model | ||||||
sketch:
AMS-2KandAMS-1MuniaxialCommunication magnetic field sensor used for measuring from25Hzarrive1MHzCommunication magnetic field: induction parallel to the axis of the coilexchangeMagnetic field generates an output voltage proportional to the strength of the magnetic field, and the frequency of the output voltage is consistent with the frequency of the alternating magnetic field.AMS-2KandAMS-1MAC magnetic field sensors are passive sensors that do not require battery or power supply. Therefore, you need an external display instrument (AC or RF voltmeter, multimeter, oscilloscope, or spectrum analyzer with high input impedance) to display the output voltage of the sensor.
AMS-2KuniaxialCommunication magnetic field sensors operate over a wide frequency range(25Hz- 2kHz)Internally, it has a very flat frequency response(be better than±0.5dB)，The output ratio is1mV/1mG，Can be used to measure AC magnetic fields from electrical and electronic equipment, audio signals, building wiring, electric machinery, office equipment, fluorescent lamps, televisions, household appliances, dimmer switches, power lines and harmonics, pumps, airplanes, ships, subways, electric vehicles, and railways. eachAMS-2KuniaxialThe communication magnetic field sensors have all passed throughNISTTraceability calibration to ensure accuracy; Can accurately measure complianceANSIstandard644-1987of60HzThe eleventh harmonic of the frequency.
AMS-1MuniaxialCommunication magnetic field sensors operate over a wide frequency range(2kHz- 1MHz)Inside, including ultra-low frequency(VLF)Low frequency(LF)And some intermediate frequencies(MF)Bandwidth with flat frequency response(be better than±0.5dB)Output ratio1mV/1mGEvery factory produced productAMS-1MCommunication magnetic field sensors are availableNISTTraceability calibration data sheet.
In addition, AC magnetic field sensors cannot be used to measure DC or static magnetic fields. When the output voltage is higher than50VAt this time, the communication magnetic field sensor may be damaged. The minimum measurable AC magnetic field depends on the sensitivity of the external display instrument. AC magnetic field sensors should be used in conjunction with display instruments with high input impedance to obtain more accurate measurement results.
characteristic
lFrequency response flatness: better than±0.5dB
lOutput ratio of communication magnetic field sensor:1mV/1mG
lAMS-2KuniaxialResponse frequency range of communication magnetic field sensor:25Hz- 2kHz；
lAMS-1MuniaxialResponse frequency range of communication magnetic field sensor:2kHz- 1MHz；
lSensor properties:uniaxialCommunication coil;
lThe frequency of the output voltage and AC magnetic field is consistent;
lTracing back toNISTEnsure accuracy；
lThe relationship between simulated output voltage and magnetic field strength:
Specification of communication magnetic field sensor
model |
AMS-2K |
AMS-1M |
|
Measurement parameters | |||
number of axles |
1 |
1 |
|
Direction of magnetic field induction |
Parallel to the length of the sensor(53mm) |
Parallel to the length of the sensor(133mm) |
|
Linearity |
±1% |
±1% |
|
range |
30G (3mT) |
30G (3mT) |
|
resolution |
Depends on the sensitivity of the external display instrument |
Depends on the sensitivity of the external display instrument |
|
Frequency response range[fT] |
25Hz- 2kHz |
2kHz- 1MHz |
|
Frequency response flatness |
be better than±0.5dB |
±1dB [2kHz <>T<> ±0.5dB [3kHz <>T<> ±1dB [800kHz <>T<>
|
|
Sensor sensing area |
47.8 mmLxΦ12.7mmD |
95.5mmLxΦ6.4mmD |
|
Analog voltage output | |||
interface |
BNC |
||
output |
1mV(RMS)/1mG |
||
Analog output voltage limit |
<> |
||
specifications | |||
operation temperature |
-10℃ to +60℃ |
||
storage temperature |
- 20℃ to +75℃ |
||
size |
52mmLx 40mmWx 29mmH |
133mmLxΦ19mmD |
|
Note:AMS-2KandAMS-1MIt is a single axis AC sensor that responds to a magnetic field parallel to the sensor axis:AMS-1MThe sensor axis is parallel to the length of the sensor,AMS-2KThe axis of the sensor is parallel to the length of the sensor.(Arrow indicates sensing direction)
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