Specifications
+ Ultra-high resolution < 10 ppb at 3 T
+ Accuracy of 1 ppm
+ Measurement range from 38 mT to 30 T
+ Integrated Hall sensor
+ Ultra-thin probes of 1.5 mm thickness
+ Gradient tolerance > 1,500 ppm/cm at 1 T
+ Acquisition speed of 33 Hz
+ FID and FFT analysis
+ Upgradeable to Magnetic Field Camera
+ Regulation module available
+ ISO17025 calibration
+ 5-year warranty
Nuclear Magnetic Resonance (NMR) emerges as the epitome of precision in magnetic field measurement, and the PT2026 positions itself as the most accurate NMR magnetometer currently on the market. Under optimal conditions, it achieves a resolution of less than ten parts per billion!
However, resolution is just one of the distinguished features of the PT2026: high magnetic fields, robustness against inhomogeneous fields, measurement speed of 33 Hz, improved search time, and many more. The key lies in the instrument’s design, which leverages modern radiofrequency (RF) and computing technologies. The result is an NMR magnetometer that paves the way for a multitude of new application domains.
It’s also noteworthy that the PT2026 is upgradeable to MFC2046, allowing it to drive MFC2046 cameras, thus extending its functional capabilities.
The extraordinary precision of the PT2026 results from using a pulsed wave (PW) NMR detector and advanced signal processing technology.
This configuration enables the measurement of tiny effects, such as current decay in a superconducting magnet. The PT2026 offers an unmatched measurement range and precision. It can measure magnetic fields ranging from 38 mT to >30 T with a resolution of 10 ppb. The software allows visualization of the FID as well as the FFT of the NMR signal and calculation of T2*. It is thus possible to determine field homogeneity.
The world’s thinnest NMR probes: 1.5 mm!
