Tags: Flux Gate Probe Flux Gate Sensor Flux Gate Transmitter Flux Gate Spectrum Analyzer
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 |
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 |
GFP703S Flux Gate Spectrum Analyzer
sketch:
GFP703S flux gate spectrum analyzer has high cost-effectiveness, designed according to industrial standards, with a protection level of IP66. It can directly display and save magnetic field time-domain and spectrum analysis graphs when connected to a computer. Typical application scenarios include: laboratory AC magnetic field interference analysis, electron microscope environmental magnetic field interference analysis, chip manufacturing environmental magnetic field interference analysis, environmental magnetic field recording, etc.
The GFP703S flux gate spectrum analyzer consists of a flux gate sensor, a data analyzer, and computer display software. The USB port power supply of the computer can directly supply power to the data analyzer. GFP703S measures DC magnetic field in DC mode, with a maximum speed of 1000sps; Obtaining AC magnetic field spectra in AC mode, GFP703S has real-time spectrum analysis function, using Fourier analysis of AC magnetic fields from 1Hz-600Hz, with a maximum resolution of 0.01nT. The DC basic accuracy of GFP703S is 0.5%, and the range can be selected from ± 100 μ T to 1mT.
GFP703S has passed CE certification and EMC (electromagnetic compatibility) testing.
characteristic | |
● Manufacturing according to industrial standards ● High cost-effectiveness, high reliability, and stability ● Passed CE certification ● Through EMC (Electromagnetic Compatibility) testing ● Protection level IP66 ● Display of XYZ component values and vector values ● Real time spectrum analysis function |
● Range: ± 100 μ T to 1mT optional ● DC basic accuracy: 0.5% ● Resolution up to 0.01nT ● DC measurement mode and AC measurement mode ● Orthogonal error:<> ● 24 bit high-precision digital analyzer ● Equipped with spectrum analysis computer software |
Upper computer software interface
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GFP703 Flux Gate Spectrum AnalyzerParameters:
model |
GFP703S |
||
Measurement parameters | |||
Accuracy/Axis |
±0.5% |
||
maximum range |
X,Y,Z |
DC |
±100μT, ±1mToptional |
AC* |
±70μT,±700μToptional |
||
Highest resolution |
0.01nT |
||
Frequency response range [f]T] |
DC - 1kHz |
||
Typical temperature coefficient |
±100ppm/℃ |
||
hysteresis |
±2nT(Exposed to a magnetic field environment up to twice the range) |
||
Upper computer software | |||
Data display digits |
up to7position |
||
display mode |
DC、AC、Vector value、XYZComponent value and real-time spectrum analysis |
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Software/Drivers |
Upper computer software, no need to install other drivers |
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Specification of magnetic field transmitter | |||
operation temperature |
-20℃ to +60℃ |
||
storage temperature |
- 20℃ to +75℃ |
||
power supply |
5VDC |
||
power interface |
USB |
||
size |
107 mm W ×32 mm H × 32 mm D |
||
weight |
300g |
||
authentication |
CEauthentication、EMCauthentication |
The AC range described here refers to the measurement range of the AC magnetic field after shielding the DC magnetic field. Therefore, if the AC measurement mode is used to measure the magnetic field in an unshielded DC magnetic field environment, the AC range is equal to 0.7 times the DC range minus the DC magnetic field strength in that environment. [SQRT(2)/2 ≈ 0.7]。