The rated voltage U R is the maximum DC voltage or peak pulse voltage that may be applied continuously at any temperature within the rated temperature range T R ( IEC / EN 60384-1 ).
12.
The initial clinical experience led to further animal research using impedance and pacing threshold energy over a range of pulse voltages and pulse widths, using intramyocardial electrodes of 10, 20 & 50 square millimeters surface area.
13.
When a charged particle bunch passes a beam sensor, the system picks up the signals and calculates the timing to generate the pulse voltage required to accelerate the bunch, and then produces the pulse voltage energizing a transformer.
14.
When a charged particle bunch passes a beam sensor, the system picks up the signals and calculates the timing to generate the pulse voltage required to accelerate the bunch, and then produces the pulse voltage energizing a transformer.
15.
The chronic measurements allowed plotting of the relationship between electrode surface area and pulse voltage / width, leading to a conclusion that an electrode area between 10 & 30 mm 2 was optimum in terms of energy needed when combined with a pulse width of only 0.5 milliseconds.
16.
The rated DC voltage V R is the maximum DC voltage, or peak value of pulse voltage, or the sum of an applied DC voltage and the peak value of a superimposed AC voltage, which may be applied continuously to a capacitor at any temperature between the category temperature and the rated temperature.
