Abstract: The present invention refers to a multifunctional radiometer having at least onen optical sensor (7), capable of allowing conversion of the incident light into an electrical sign, comprising at least: one selection key capable of allowing the selects of a type of luminous source (2) whose irradiance is wished to be measured; and one control unit (4) operatively connected to the optical sensor (7) and to the selection key, the control unit (4) being configured to calculate at least one irradiance value from a data originated from the optical sensor (7) and from a command originated from the selection key.

Abstract: The present invention relates to a phototherapy equipment, provided with at least one super LED of high luminous radiation, whose application is the treatment of hyperbilirubinemia, constituted by a luminous source formed by a split compact and elongated housing, provided, in its lower and front portion, with a cover containing internally adjustable lenses having one or more phototherapic sources with very high luminous irradiation at blue spectral range, more accurately in the wavelength of 450 nm, containing in the upper part a fan and electrically connected with a microprocessed circuit, which is able to be adjusted through control and programming actuators, having its functions monitored by means a display and a connector for any sensor, or digitized through a connection with a microcomputer.