The recharging management circuitry includes a processor, a first voltage detector/controller connected to the processor, a second voltage detector/controller connected to the processor, and a current sensor connected to the processor.

The voltage monitor circuit may further include a voltage divider connected between the first voltage and a ground potential.

A voltage multiplier circuit connected to a voltage divider network is used for supplying the plurality of voltages.

A switching amplifier including a voltage sensor circuit connected to a high voltage supply rail for measuring the power supply voltage.

A voltage regulator connected between the generator and the motor regulates output voltage from the generator to the electrical motor load.

A voltage conversion circuit connected between a battery and the flash capacitor converts energy from a source voltage into a higher voltage to charge the flash capacitor.

The final stage is included in a voltage alternating drive system connected to a load.

A voltage detection circuit is connected to first and second battery blocks.

Systems and methods include a voltage transformer connected to a power source.

The transistor switch also includes a voltage stabilizer (123) connected to the second and third terminals.

Low-voltage equipment connected to electronics data processing machines

Low-voltage equipment connected to electronic data processing machines.

Low-voltage equipment connected to a personal electronic computing machines.

A voltage controller operatively connected to the temperature sensor supplies a direct current (DC) bias voltage to the FBAR to induce an opposite voltage induced frequency drift to compensate for the temperature induced frequency drift.

At least one of the high voltage connection terminals is configured to receive a high voltage conductor connected between the energy storage module and an inverter of the hybrid vehicle.