CryoMag®
Bartington Instruments
CryoMag three-axis fluxgate magnetometers are designed for operation at temperatures as low as 2K, making them ideal for use in cryostats for superconducting radio frequency (SRF) cavities, quantum computing, and other ultra-low temperature environments.
Technical specifications
- Operating temperature
- down to 2K
- Noise level
- <20pTrms/√Hz at 1 Hz
- Frequency response
- DC to 1 kHz
- Measuring ranges
- ±70, ±100, ±250 and ±500μT
- Number of axes
- Three
- Analogue outputs
- ±10 V single-ended
- Full Scale Measuring Ranges
- ±70µT, ±100µT, ±250µT, ±500µT
- Scaling calibration error
- <0.5%
- Linearity error
- 0.0015% (least squares fit)
- Bandwidth (-3dB)
- >2 kHz (-11 dB/octave roll-off)
- Perming (magnetisation hysteresis)
- <2nT at 1x Full-scale, when powered
- Orthogonality error between axes
- <±0.1°
- Excitation breakthrough
- <5 mV pk-pk at 15.625 kHz typical
- Start-up time
- <100 ms
- Warm-up time
- 15 minutes to meet specifications for scaling
- Storage temperature range
- -40 to +60°C
- Vacuum
- 10e-6 mBar
- IP Rating
- IP40
- Humidity - electronics
- Up to 90% RH, non-condensing
- Probe Dimensions
- 21 mm Diameter x 50 mm Long
- Dimensions – Electronics Enclosure
- 25.4 mm Diameter x 220 mm Long
- Weight
- 320 g typical
About
CryoMag three-axis fluxgate magnetometers are perfect for operation at temperatures as low as 2K, making them the ideal choice for use in cryostats for superconducting radio frequency (SRF) cavities, quantum computing, and other ultra-low temperature environments. These fluxgate magnetometers are available with a standard single probe or multiple sensor heads, all offering high precision measurement of static and alternating magnetic fields. Key features include an operating temperature down to 2K, noise level down to <20pTrms/√Hz at 1Hz, and a frequency response from DC to 1kHz. They offer measuring ranges of ±70, ±100, ±250 and ±500μT, and are available as a 3-axis probe or with 3 single-axis sensor heads (CryoMag-IE). Applications include magnetic field monitoring in cryostats and other low temperature environments, as well as use as feedback sensors in active magnetic field cancellation systems.
Documentation
- DS4476.pdf PDF source: www.bartingtondownloads.com ↗
- OM4476.pdf PDF source: www.bartingtondownloads.com ↗
- DR4476.pdf PDF source: www.bartingtondownloads.com ↗
Need the full ICD, test reports or a specific revision? Ask the supplier directly.