Led for the emission of illumination radiation

A light emitting diode module, comprising:

• a common substrate;
• and
• a plurality of light emitting diodes, each light emitting diode comprising:
• a first active region for the emission of a first primary radiation and
• a second active region for the emission of a second primary radiation,
• the light emitting diode having separate connections in such a way that the first active region and the second active region can be operated independently of one another,
• and the light emitting diode also having a first phosphor, which is assigned to the first active region for the at least partial conversion of the first primary radiation into a first conversion radiation in such a way that the first phosphor forms a first emitting surface of the light emitting diode for the emission of a first illumination radiation, which originates from the first primary radiation and is at least partly formed by the first conversion radiation,
• and the light emitting diode also having a second emitting surface for the emission of a second illumination radiation, which has a different spectral profile than the first illumination radiation, the second illumination radiation originating from the second primary radiation,
• and the emitting surfaces being shaped and arranged in a plan view, looking at the light emitting diode counter to a main emitting direction thereof, in such a way that an outer of the emitting surfaces as a continuous surface area encloses an inner of the emitting surfaces at least partially,
• wherein the plurality of light emitting diodes is mounted together on the common substrate.

A method for producing a light emitting diode,

• the light emitting diode comprising:
• a first active region for the emission of a first primary radiation and
• a second active region for the emission of a second primary radiation,
• the light emitting diode having separate connections in such a way that the first active region and the second active region can be operated independently of one another,
• and the light emitting diode also having a first phosphor, which is assigned to the first active region for the at least partial conversion of the first primary radiation into a first conversion radiation in such a way that the first phosphor forms a first emitting surface of the light emitting diode for the emission of a first illumination radiation, which originates from the first primary radiation and is at least partly formed by the first conversion radiation,
• and the light emitting diode also having a second emitting surface for the emission of a second illumination radiation, which has a different spectral profile than the first illumination radiation, the second illumination radiation originating from the second primary radiation,
• and the emitting surfaces being shaped and arranged in a plan view, looking at the light emitting diode counter to a main emitting direction thereof, in such a way that an outer of the emitting surfaces as a continuous surface area encloses an inner of the emitting surfaces at least partially,
• the method comprising:
• producing the first active region and the second active region;
• and
• fixing the first active region and the second active region already in their relative position in relation to one another when the first phosphor is provided.

A motor vehicle, comprising:

• a light emitting diode module, comprising:
• a common substrate;
• and
• a plurality of light emitting diodes, each light emitting diode comprising:
• a first active region for the emission of a first primary radiation and
• a second active region for the emission of a second primary radiation,
• the light emitting diode having separate connections in such a way that the first active region and the second active region can be operated independently of one another,
• and the light emitting diode also having a first phosphor, which is assigned to the first active region for the at least partial conversion of the first primary radiation into a first conversion radiation in such a way that the first phosphor forms a first emitting surface of the light emitting diode for the emission of a first illumination radiation, which originates from the first primary radiation and is at least partly formed by the first conversion radiation,
• and the light emitting diode also having a second emitting surface for the emission of a second illumination radiation, which has a different spectral profile than the first illumination radiation, the second illumination radiation originating from the second primary radiation,
• and the emitting surfaces being shaped and arranged in a plan view, looking at the light emitting diode counter to a main emitting direction thereof, in such a way that an outer of the emitting surfaces as a continuous surface area encloses an inner of the emitting surfaces at least partially,
• wherein the plurality of light emitting diodes is mounted together on the common substrate.