State of charge measurement circuitry responsively provides a state of charge output as a function of the voltage output and the current output.

The load indicator generates a load signal responsive to different output load conditions of the regulator.

A sensing transistor increases an output impedance of the differential current amplifier and reduces output loading.

A power combiner circuit is configured to combine the first output with the second output to generate a combined output for driving an output load.

Circuitry (511) selectively decouples a first driver (501) from output load (506) during the ramping down of the voltage across output load (506).

The current transformer secondary winding provides an output power level signal proportional to the outlet load.

Disclosed is a latch apparatus that yields a large output load with a small input load.

The apparatus (40) comprises an input charge pump stage (41.1) and an output charge pump stage (40.2).

The distributed radio frequency amplifier (110) drives an output load, such as an antenna (114).

Efficiency of the power amplifier is maintained despite variation in output loading.

The second output adjust circuit is coupled to the second output load stage for modifying the signal waveform of a second output signal of the second mixer.

The first output adjust circuit is coupled to the first output load stage for modifying the signal waveform of a first output signal of the first mixer.

The PWM load share signal width (time asserted) of the PWM signal represents the output loading of the respective power supply module.

A feedback circuit (R33, R34) is arranged to place as great a load on the amplifier as the output load (R35, R36).

Both ends of each of the tubes are brazed to the inlet header tank and the outlet header tank.