bonding wire inductor
The D=10um bonding wire is too thin. According to my experience, a typical diameter of 0.98mil/1mil/1.2mil(1mil=25.4um) gold wire is widely used in industry applications. As such, a very good rule of thumb to calculate the Parital Inductance is 1nH/mm, which is also the value you can get through most of the 3D qusia-static EM solvers such as Ansoft Q3D, PaksiE, Cadence APE3D etc. If you want to account for the bond wire effects at the system level, the Loop Inductance rather than the Partial Inductance should be used, which takes into account the effects of ground plane effect, coupling effect etc. And most of the time, a 3D EM full-wave solvers is needed(such as Ansoft HFSS, CST MicrowaveStudio).
Again, take note that a specified wire has fixed Parital inductance which, in most of the cases, is what the package parasitics L refers to. However, the same wire has different loop inductances when used in different systems, which is what a system design engineer need to take care of.