9. Technical Data, Standards, Guarantee, Patents ............................................................................................... 85
9.1 Technical Data ..................................................................................................................................................................................... 85
9.1.1 General information ....................................................................................................................................................................... 85
9.1.2 Neuro-Stimulation Parameters ................................................................................................................................................ 86
9.1.3 RF data .................................................................................................................................................................................................86
9.1.4 Information on electromagnetic compatibility (EMC) ................................................................................................. 87
9.1.5 Enviromental conditions .............................................................................................................................................................. 87
9.2 Standards ..............................................................................................................................................................................................88
9.3 Guarantee .............................................................................................................................................................................................88
9.4 Patents ...................................................................................................................................................................................................88
10. EMC Tables ............................................................................................................................................................... 89
10.1 Electromagnetic emissions .......................................................................................................................................................... 89
10.2 Electromagnetic immunity ....................................................................................................................................................... 90
10.3 Recommended separation distances ....................................................................................................................................92
11. Contact ........................................................................................................................................................................93
12.Electrotherapy Theory ............................................................................................................................................ 94
12.1 Introduction ......................................................................................................................................................................................... 94
12.1.1 The fundamental law of electrostimulation .......................................................................................................................94
12.1.2 Summary ...........................................................................................................................................................................................98
12.1.3 References .........................................................................................................................................................................................99
12.2 The Optimum Current ...................................................................................................................................................................99
12.2.1 Introduction......................................................................................................................................................................................99
12.2.2 Characteristics of the optimal current ................................................................................................................................99
12.2.2.1 Electrical stimulation wave produced by the current generator ..........................................................................99
12.2.2.2 Type of establishment of the electrical stimulation wave ................................................................................... 100
12.2.2.3 Shape of the electrical stimulation wave .......................................................................................................................101
12.2.2.4 Duration of rectangular electrical pulse ....................................................................................................................... 102
12.2.2.5 Compensation for the rectangular pulse ...................................................................................................................... 104
12.2.3 Summary ......................................................................................................................................................................................... 105
12.3 Basic concepts of excitation electrophysiology ................................................................................................................105
12.3.1 Introduction .................................................................................................................................................................................... 105
12.3.2 Study of the excitation process using a constant current ........................................................................................107
12.3.3 Excitation by a current with any shape ............................................................................................................................109
12.3.4 Chronaxy - excitation constant relationship .................................................................................................................109
12.3.5 Hydraulic model of excitation ................................................................................................................................................110
13. Available Therapy Programs ................................................................................................................................112
13.1 Standard Version Programs and their usage ........................................................................................................................112
13.1.1 Program category REHABILITATION I ..................................................................................................................................113
13.1.2 Program category PAIN RELIEF ............................................................................................................................................. 122
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