Antibody responses to the A/Panama vaccine strain and A/Fujian-like drift variant were significantly higher in children vaccinated with CAIV-T than in children receiving TIV.

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

The high voltage pump generates a boost voltage, and the high voltage switch couples one of the boost voltage or a low voltage to a line (VWL) of the memory device.

The measured supply voltage is compared 244 to a previously measured voltage or a predetermined voltage.

The first output voltage is a standby voltage.

A source of voltage (8) is also provided to produce the supply current.

The voltage-regulating circuit (2) is fed with a supply voltage (VBAT) and a regulator voltage (V0) is defined as the difference between the drive voltage (VBAT2) and the supply voltage (VBAT).

The drive voltage generation circuit feeds a voltage source predetermined voltage to the N number of light emitting element groups.

A voltage Vreg is controlled which is led off from the distribution voltage by a controlled voltage divider.

These control signals are based on comparing voltage magnitude of a present voltage cycle period with voltage magnitude of a preceding voltage cycle period of the supply voltage.

A voltage divider (24) is coupled between the regulated voltage (Vint) and a supply voltage (Vcc), and generates a sense voltage.

In one embodiment, the input voltage is a DC voltage generated by an AC-to-DC voltage converter circuit configured to convert an AC supply voltage to the DC voltage.

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

The DC voltage sensor senses a voltage value of a DC power voltage supplied to the inverter circuit.

The power supply unit (39) controls the switching unit (36) while applying the extraction voltage and the acceleration voltage, and thereby simultaneously supplies the extraction voltage, the acceleration voltage, and the heating voltage.