Temperature probe, comprising - at least two first ceramic plates (11, 12), each having a cutout (110, 120) in which a respective NTC sensor element (51, 52) is arranged, - at least one second ceramic plate arranged between the first ceramic plates (11, 12), wherein a respective electrode (211, 212) is arranged between the second ceramic plate and the two first ceramic plates (11, 12), said electrode electrically contacting a respective one of the NTC sensor elements (51, 52), - two third ceramic plates (31, 32), wherein the first and second ceramic plates (11, 12, 21) are arranged between the two third ceramic plates (31, 32), and wherein a respective electrode (311, 321) is arranged between the third ceramic plates (31, 32) and the first ceramic plates (11, 12), said electrode electrically contacting a respective one of the NTC sensor elements (51, 52), - wherein the NTC sensor elements (51, 52) each have a plurality of side surfaces which are all surrounded by ceramic plates (11, 12, 21, 31, 32), and, - wherein the first, second and third ceramic plates (11, 12, 21, 31, 32) and the NTC sensor elements (51, 52) are sintered by joint sintering of the material of the ceramic plates (11, 12, 21, 31, 32) and of the material of the sensor elements (51, 52) to form a ceramic body, - and comprising two connection caps (71, 72) applied on the ceramic body, which connection caps are in each case electrically conductively connected to at least two electrodes (211, 212, 311, 321) and are both applied at the same end of the ceramic body, - wherein the connection caps (71, 72) are configured in such a way that one or more connections between the at least one connection cap (71, 72) and one or more of the electrodes (211, 212, 311, 321) is disconnectable by means of mechanical processing of at least one of the connection caps (71, 72), such that the resistance of the temperature probe is adjustable. - at least two first ceramic plates (11, 12), each having a cutout (110, 120) in which a respective NTC sensor element (51, 52) is arranged, - at least one second ceramic plate arranged between the first ceramic plates (11, 12), wherein a respective electrode (211, 212) is arranged between the second ceramic plate and the two first ceramic plates (11, 12), said electrode electrically contacting a respective one of the NTC sensor elements (51, 52), - two third ceramic plates (31, 32), wherein the first and second ceramic plates (11, 12, 21) are arranged between the two third ceramic plates (31, 32), and wherein a respective electrode (311, 321) is arranged between the third ceramic plates (31, 32) and the first ceramic plates (11, 12), said electrode electrically contacting a respective one of the NTC sensor elements (51, 52), - wherein the NTC sensor elements (51, 52) each have a plurality of side surfaces which are all surrounded by ceramic plates (11, 12, 21, 31, 32), and, - wherein the first, second and third ceramic plates (11, 12, 21, 31, 32) and the NTC sensor elements (51, 52) are sintered by joint sintering of the material of the ceramic plates (11, 12, 21, 31, 32) and of the material of the sensor elements (51, 52) to form a ceramic body, - and comprising two connection caps (71, 72) applied on the ceramic body, which connection caps are in each case electrically conductively connected to at least two electrodes (211, 212, 311, 321) and are both applied at the same end of the ceramic body, - wherein the connection caps (71, 72) are configured in such a way that one or more connections between the at least one connection cap (71, 72) and one or more of the electrodes (211, 212, 311, 321) is disconnectable by means of mechanical processing of at least one of the connection caps (71, 72), such that the resistance of the temperature probe is adjustable.