BBI - Inverse Probes

The inner coil of these versatile probes is optimized for¹H observation while the outer coil is tuneable over a frequency range that permits decoupling of nuclei between³¹P and¹⁵N, depending on probe configuration. You can simply switch between decoupling nuclei using an automated tuning and matching device (ATM).

Bruker’s Tuneable Multinuclear Probes are the inverse equivalent of BBO probes and are often called Broadband Inverse Probes. These probes are used extensively for popular experiments like HSQC, HMQC, and HMBC. They are also used for proton¹D experiments with X-Nucleus decoupling and experiments requiring solvent suppression. With the widest tuning range in the industry, both¹D and multidimensional experiments can be performed with a variety of nuclei. The inner coil of Bruker’s BBI Probe is optimized for¹H observation while the outer coil can be tuned from³¹P to¹⁵N.