The adjustment is carried out such that the system is balanced whilst adjusting the parameters.

A target ignition timing is obtained based on the target torque for ignition timing, and ignition timing control is performed.

The circuit achieves voltage clamping in accordance with a second embodiment in which a passive clamp circuit includes a switch, a clamping capacitor, and first and second diodes.

The circuit achieves voltage clamping in accordance with one embodiment in which an active clamp circuit includes a switch and a clamping capacitor connected in parallel with a first winding of a coupled winding.

Herein, the steel rod is driven into the earth for stability and vertical adjusting is achieved by means of the set screw.

The overlap provides adequate correlation to support image registration and phase-difference estimation (30).

By identifying each of these parameters, it may easily be determined at what value the timing may be.

The electric storage device may sink current to achieve the voltage clamping, and/or power system may employ other the voltage clamping circuits.

A relucter wheel (21) driven by the rotor provides timing for the operation of the engine.

When there is no knock, the timing slowly returns to normal.

For loop alignment, the error surface is defined by the set of measurement points comprising the alignment settings and the associated cancellation residuals.

The start time of the alignment test signal is adjusted until the frequency content of the return alignment test signal corresponds to the alternating pattern of frequencies.

The setting may thus be deduced from the measured force and movement.

Thus, a waste of fuel may be prevented or an engine may be prevented from stalling.

The computing device determines a pitch of the optical sensor using the first angle and the second angle.