• CNH, XH and other tuning options cross coil (low heating) optimized for ¹³C
• low power decoupling
• >100 kHz optimized for 1H sensitivity
• largest sample volume for each speed
• -160° .. +400°C
• temperature “shimming”
• universal MAS controller and logger
• in situ flow, fast temperature change
• sensor assisted rotor service toolkit
• any liquids/solids console compatibility
• NB/WB magnet
• probe lift
• remote angle control

• C, H pulse < 3 us
• N pulse < 5 us
• 45 kHz- low power decoupling, biological 13C work
• 25 kHz- standard probe for hi-res consoles
• 15 kHz- max S/N (requires high power amplifiers)
• VT -160 ..+150 C

Wickramasinghe, N.P.; Parthasarathy, S.; Jones, C.R.; Bhardwaj, C.;
Long, F.; Kotecha, M.; Mehboob, S.; Fung, L.W-M.; Past, J.; Samoson, A.; Ishii, Y. (2009).
Nanomole-scale protein solid-state NMR by breaking intrinsic 1H T1 boundaries. NATURE METHODS, 6 (3), 215−218
Ernst, M.; Samoson, A.; Meier, BH. (2003). Low-power XiX decoupling in MAS NMR experiments.
Journal of Magne^c Resonance, 163 (2), 332−339.

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                                           400 MHz 3mm rotor

                                           600 MHz 4mm rotor

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600 ¹H/¹³C/¹⁵N, 50 is a three radio frequency channel probe, optimized for ¹H detection. The second and third probe channel is tuned either to ¹³C or 15N, respectively and can be used for simultaneous decoupling. The probe is equipped with actively shielded single-axis gradient. All channels including lock can be tuned and matched without removing the probe. The probe can be operated at temperatures between -50ºC and +100 ºC using the appropriate accessories (not included).

Key Features:

• All channels tune-and match-able, lock included
• Actively shielded Z-gradient and ²H lock
• Superior water suppressionir