There are many explanation such as spike measurement, oscilloscope, technique, probe, measurement equipment, and inductance are explained inside the application report. This application report presents things around edge transition, voltage, output, spike measurement technique, measurement, and voltage spike measurement.
In the application report you can get description around protection system, voltage overshoot, bandwidth, specification, protection, and measurements. These are selected from this application report:
Application Report SLEA025A – NOVEMBER 2003 Voltage Spike Measurement Technique and Specification Claus Neesgaard, Cetin Kaya, Fred Shipley Digital Audio ABSTRACT As an extension to the voltage ratings given in the Absolute Maximum Ratings section of TAS5111, TAS5112, TAS5121 and TAS5122 data sheets this application note gives a more explicit description of the maximum limit for peak voltage vs. Time, Rising Edge Transition on BST, Fault Situation 4 Voltage Spike Measurement Technique and Specification SLEA025A – NOVEMBER 2003 4 Voltage Spike Measurement Technique Now that the envelope curves for different situations of overshoot have been defined a more practical issue arises: how can the actual voltage overshoot in the application be measured with sufficient accuracy?
In addition, the application report explains more regarding transition, the measurement equipment, signal, instruments, and measurement technique.