Patent ID: 8486766

Claim:
A method for producing a semiconductor module, comprising: providing a semiconductor component arrangement including a first side including at least one first electrical connection with a first contact surface a second side opposite the first side including at least one second electrical connection with a second contact surface; providing a first heat-conducting body; providing at least one second heat-conducting body; providing a first metallic layer; providing at least one second metallic layer; providing a joining means; arranging the semiconductor component arrangement between the first and the second heat-conducting bodies such that a first contact section of the first heat-conducting body lies opposite the first contact surface, a second contact section of the second heat-conducting body lies opposite the second contact surface, wherein at least sections of the first metallic layer are arranged between the first contact section and the first contact surface, at least sections of the second metallic layer are arranged between the second contact section and the second contact surface; producing at least one force, at least components of which are effectively oriented by one of the two heat-conducting bodies in the direction of the other heat-conducting body; and creating a material-locked connection of the two heat-conducting bodies by solidification of the joining means, wherein the temperature in the step of producing at least one force in the second metallic layer does not exceed the melt temperature of the metallic material of the second metallic layer which has the lowest melt temperature.