of the complex of the oscillator they may be kept within the temperature limits required particularly when installed on properly dimensioned heat sinks not illustrated as is conventional one of the difficulties in the prior art is to solve the synchronization problem with only one capacitor this is undertaken in the present device by supplying the d c source from the storage battery connected through the car ignition switch 2 permanently to the solid state power generator primary power coil 12 center tap the collector electrodes of the two pairs of transistors 9 and 10 are connected to the opposite ends of this power coil 12 the electrodes of the transistors 9 being attached to one side and the electrodes of the transistors 10 being connected to the other side the emitters of these transistors are connected to the ground 16 as clearly shown the base electrodes of these transistors 9 and 10 are connected respectively to the opposite ends of the primary triggering coil 11 the electrodes of transistors 9 being connected to one side and the electrodes of transistors 10 being connected to the other side the aforementioned synchronization of oscillation regulation of base current flow and the absorbing of surge energy are realized by the provision of the capacitors 5 and 8 and the resistor 7 with the values chosen to suit the particular design parameters as mentioned previously the resistor 7 and the relatively large capacitor 8 are connected in parallel with one end being connected to the center tap of the triggering coil 11 of the primary and the other.