| resistance | 14 |
| winding | 14 |
| the machine | 0.31 |
| right angles | 0.25 |
| generate magnetic field | 0.71 |
| move in magnetic field | 0.45 |
| receive signal | 0.42 |
| remain energized | 0.41 |
| get hot | 0.40 |
| undergo commutation | 0.40 |
| allow for steady air fl… | 0.39 |
| generate distinct elect… | 0.38 |
| touch each other | 0.38 |
| advance through the cat… | 0.36 |
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| variable pitch | 0.49 |
| distal end | 0.44 |
| diameter | 0.43 |
| same number of turns | 0.41 |
| two ends | 0.39 |
| radius | 0.33 |
| enlarged proximal end | 0.33 |
| mutual inductance | 0.25 |
| emf | 0.25 |
| opposite helicity | 0.25 |
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| platinum | 0.47 |
| metal | 0.45 |
| radiopaque | 0.40 |
| gold | 0.38 |
| stainless steel | 0.34 |
| dissimilar metals | 0.25 |
| titanium | 0.25 |
| wound | 0.77 |
| connected in series | 0.75 |
| removed | 0.70 |
| connected | 0.69 |
| unwound | 0.60 |
| energized | 0.59 |
| driven | 0.57 |
| loaded | 0.56 |
| shown in fig | 0.56 |
| connected in parallel | 0.55 |
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| small vessel sites | 0.33 |
| bidirectional telemetry | 0.25 |