The boost converter generates a boosted supply voltage having a higher voltage than a first supply voltage (e.g., a battery voltage).

The arrangement also comprises means for controlling (2), connected to the means for inputting, to control the supply voltage independent from the battery voltage using a single converting mode for the supply voltage range.

The pump's supply voltage should be within half a volt of normal battery voltage.

A voltage of the second voltage supply is higher than a voltage of the first voltage supply.

The voltage supply provides a supply voltage.

A voltage converter converts a relatively high DC supply voltage, developed across a pair of high- voltage supply terminals, to a relatively lower DC voltage.

A resistive circuit (R10) for voltage dividing is arranged on the common power supply voltage supply path.

A supply voltage is coupled to the voltage supply input of the power amplifier circuit through the lossy modulator, such that the supply voltage applied to the power amplifier varies with the amplitude modulation signal.

The master module output a supply voltage that is either a normal supply voltage or a reduced supply voltage.

The power supply voltage is a direct current (DC) power supply voltage.

rated supply voltage(s) or range of rated supply voltage (V)

The power circuit generates at least one supply voltage from the received power signal and provides the supply voltage to the sensor module.

A power supply (PS) supplies the power supply voltage (VB).

The external power-supply voltage from the external power-supply input terminal or an internal power-supply voltage from the internal power-supply input terminal is output from the power-supply output terminal.

The detector detects the supply voltage and generates a control signal having a value dependent on a difference between the detected supply voltage and a critical supply voltage.

The integrated circuit (10) has an internal power supply domain with a power supply voltage adaptation circuit (14) to adapt the power supply voltage in the power supply domain.

A first supply voltage (VAL) and a second supply voltage (VBL) are given to the pixel circuit.

In this way, any abrupt variation of the power supply voltage can be detected independently of the power supply voltage value prior to the voltage variation.

The boost current may also be responsive to the power supply voltage, reducing the boost current with increasing power supply voltage.

The power supply module is configured to receive a supply voltage and the first control, and output the supply voltage to the reference module.

A supply voltage supplied to the wireless assembly is adjusted based on the supply voltage level.

The switching power supply has inputted thereto a direct current power supply voltage or an alternating current power supply voltage, and outputs an alternating current voltage.

The voltage regulator generates a supply voltage (Vtt) and is coupled to receive the supply voltage as an input signal.

A separate external power-supply voltage is input to the external power-supply input terminal.

The switch enters an ON state when the external power-supply voltage from the external power-supply input terminal becomes lower than a predetermined voltage.

A drive power-supply voltage of an analog buffer (impedance conversion means) is shifted for each field between a positive voltage region and a negative voltage region with respect to the same pixel.

The voltage control amplifier (6) controls the power-supply voltage of the transmission amplifier (3) on the basis of the approximate envelope signal.

In some countries, the line voltage is NOT stable.

A voltage differential generating circuit (230) is operable to provide a differential wordline voltage (VWL) relative to an array supply voltage, wherein the differential is a function of the array supply voltage.

The boost converter (180) generates the variable boosted supply voltage (Vboost) based on the power supply voltage (Vbat) and the threshold voltage.

This invention concerns a power supply voltage generator (1) for providing a second supply voltage (VDD2) for an electronic circuitry (60).

The power supply unit provides power supply voltage to a plurality of power amplifiers.

A second detector (56) detects a presence of a first power supply voltage and provides a power on signal indicating the presence of the first power supply voltage.

The second power supply voltage is used for energizing the IC.