Magnetic field measuring instrument PT2026

electronicRFlaboratory

Nuclear Magnetic Resonance is the most precise technology to measure magnetic fields, and the PT2026 is the most precise NMR magnetometer on the market. In optimal conditions, it achieves a precision of under ten parts per billion! But precision is just one of the features brought by the PT2026: high fields, robustness to inhomogeneous fields, 33 Hz measurement speed, improved search time – the list goes on. The key is an instrument design, using modern RF and computer technology. The result is an NMR magnetometer that opens up a host of new application areas. Pushing back physical limitations The PT2026’s astounding precision is due to a pulsed-wave (PW) NMR detector and advanced signal processing. It allows measuring minute effects such as the decay of the current in a superconducting magnet. The PT2026 delivers unmatched measurement range and precision. It measures magnetic fields from 38mT to >30T at a precision of 10 ppb with the use of pulsed-wave NMR detection. A physical limitation of the NMR technique is diminished performance in inhomogeneous fields. The PT2026 pushes back this boundary with an increased tolerance to field gradient. The instrument is capable of searching and detecting the NMR signal in a gradient of 1.35 mT/cm in a 1T field (1350 ppm/cm). The PT2026 allows measurement rates of up to 33 Hz.