Module and circuit arrangement for a light source

1. An LED module, comprising

at least one LED string comprising one light emitting diode or a plurality of light emitting diodes connected in series with one another,

an anode terminal and

a cathode terminal,

wherein the anode terminal comprises a plurality of anode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to an anode side of an LED string, and at least one is electrically connected to the anode side of at least one LED string, and

the cathode terminal comprises a plurality of cathode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to a cathode side of an LED string and at least one is electrically connected to the cathode side of at least one LED string.

2. The LED module as claimed in claim 1 , comprising

a plurality of LED strings, each of which comprises one light emitting diode or a plurality of light emitting diodes connected in series to one another,

wherein each of the plurality of LED strings is connected to a common anode terminal contact and/or to a common cathode terminal contact.

3. The LED module as claimed in claim 1 , comprising

a plurality of LED strings, each of which comprises one light emitting diode or a plurality of light emitting diodes connected in series to one another,

wherein at least two of the LED strings are connected to mutually different anode terminal contacts and/or to mutually different cathode terminal contacts.

4. A circuit arrangement for connecting a plurality of LED modules in parallel, comprising

a positive pole terminal and a negative pole terminal for connecting a driver for supplying the plurality of LED modules with electrical energy,

a positive pole terminal line for electrically connecting the positive pole terminal to the plurality of LED modules,

a negative pole terminal line for electrically connecting the negative pole terminal to the LED modules,

a plurality of positive pole terminal contacts for electrically connecting a positive pole terminal line to anode terminal contacts of the LED modules, and

a plurality of negative pole terminal contacts for electrically connecting a negative pole terminal line to cathode terminal contacts of the LED modules,

wherein a number and a positional relationship of positive pole terminal contacts provided for an LED module and of negative pole terminal contacts correspond to a number and a positional relationship of the anode terminal contacts and of the cathode terminal contacts of a corresponding LED module,

the plurality of positive pole terminal contacts are arranged along the positive pole terminal line such that LED modules corresponding to them are connectable to the positive pole terminal line in a first order as viewed from the positive pole terminal,

the plurality of negative pole terminal contacts are arranged along the negative pole terminal line such that the LED modules corresponding to them are connectable to the negative pole terminal line in a second order, which is an inverse of the first order, as viewed from the negative pole terminal,

the positive pole terminal line is interrupted at least between two positive pole terminal contacts of each LED module, such that it is subdivided into line sections that are not connected to one another, and

the negative pole terminal line is interrupted at least between two negative pole terminal contacts of each LED module, such that it is subdivided into line sections that are not connected to one another.

5. The circuit arrangement as claimed in claim 4 , wherein

the positive pole terminal line is interrupted between those positive pole terminal contacts of each LED module whose corresponding anode terminal contacts on the corresponding LED module are electrically connected to one another, and

the negative pole terminal line is interrupted between those negative pole terminal contacts of each LED module whose corresponding cathode terminal contacts on the corresponding LED module are electrically connected to one another.

6. The circuit arrangement as claimed in claim 4 , which is configured for connecting in parallel a plurality of LED modules comprising:

at least one LED string comprising one light emitting diode or a plurality of light emitting diodes connected in series with one another,

an anode terminal and

a cathode terminal,

wherein the anode terminal comprises a plurality of anode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to an anode side of an LED string, and at least one is electrically connected to the anode side of at least one LED string, and

the cathode terminal comprises a plurality of cathode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to a cathode side of an LED string and at least one is electrically connected to the cathode side of at least one LED string;

wherein each of the positive pole terminal contacts which corresponds to one of the plurality of anode terminal contacts of an LED module which are electrically connected to at least one LED string is electrically connected to one of the line sections of the positive pole terminal line which is connected to one of the positive pole terminal contacts which corresponds to one of the plurality of the anode terminal contacts of the corresponding LED module which are electrically connected to one another, but not to an LED string, and/or

each of the negative pole terminal contacts which corresponds to one of the cathode terminal contacts of an LED module which are electrically connected to at least one LED string is electrically connected to one of the line sections of the negative pole terminal line which is connected to one of the negative pole terminal contacts which corresponds to one of the cathode terminal contacts which are electrically connected to one another, but not to an LED string.

7. The circuit arrangement as claimed in claim 4 , furthermore comprising a driver, which is electrically connected to the positive pole terminal and the negative pole terminal.

8. The circuit arrangement as claimed in claim 7 , wherein the driver is a constant-current driver.

9. An LED luminaire comprising

a circuit arrangement as claimed in claim 4 and

at least two LED modules.

10. The LED luminaire as claimed in claim 9 , wherein the LED modules are formed as LED modules comprising:

at least one LED string comprising one light emitting diode or a plurality of light emitting diodes connected in series with one another,

an anode terminal and

a cathode terminal,

wherein the anode terminal comprises a plurality of anode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to an anode side of an LED string, and at least one is electrically connected to the anode side of at least one LED string, and

the cathode terminal comprises a plurality of cathode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to a cathode side of an LED string and at least one is electrically connected to the cathode side of at least one LED string.

11. The LED luminaire as claimed in claim 9 , wherein the LED modules are inserted into the LED luminaire in a removable fashion.

12. The LED luminaire as claimed in claim 9 , wherein the individual LED modules are fitted such that the anode terminal contacts of each LED module are in contact with the positive pole terminal contacts corresponding to them and the cathode terminal contacts of each LED module are in contact with the negative pole terminal contacts corresponding to them.

13. An LED luminaire, comprising

a driver and

a plurality of LED modules connected in parallel with one another,

wherein the plurality of LED modules are configured and connected to the driver such that if one LED module is removed from the LED luminaire, no closed electrical circuit remains between the driver and any of the remaining LED modules;

wherein the LED modules are formed as LED modules comprising:

at least one LED string comprising one light emitting diode or a plurality of light emitting diodes connected in series with one another,

an anode terminal and

a cathode terminal,

wherein the anode terminal comprises a plurality of anode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to an anode side of an LED string, and at least one is electrically connected to the anode side of at least one LED string, and

the cathode terminal comprises a plurality of cathode terminal contacts, which are arranged in a manner spatially separated from one another and of which at least two are electrically connected to one another, but not to a cathode side of an LED string and at least one is electrically connected to the cathode side of at least one LED string.

14. The LED luminaire as claimed in claim 13 , wherein the LED modules are inserted into the LED luminaire in a removable fashion.