The control circuit generates a dead time generating signal based on the dead time control signal and the comparator signal, and a charge/discharge signal based on the dead time generating signal.

Comparator (30) creates a comparator signal (32) from the detected-cycle and generator signals.

For instance, a pseudo-random bit train signal is employed as the jitter generation signal.

According to the invention, the excitation signal generator comprises a DC signal generator and an AC signal generator connected in series to the DC signal generator.

The generator (52) may include either an analog waveform generator or a digital signal processor (413).

The second generator signal preferably is inverse with respect to the first generator signal.

The fine timing generator (408) includes a sinusoidal-signal generator (504) that receives the clock signal and generates a sinusoidal signal.

The signal generator (115) provides a drive signal.

An RF transmitter includes a reference signal generator, a signal generator, and a mixer.

The signal generator can be a light, but preferably is a sound generator, and most preferably a music generator.

An electric signal generator generates an initial electric signal.

A signal generator, and a transmitter, a receiver, and a transceiver using the signal generator.

The oscillating dual clock generating circuit is connected to the output of the clock signal generator.

generator output signal balance

A power generator system, including an inductive generator for producing a generator electrical signal.