Electronically induced ceramic fusible metal system

A fusible module, comprising:

• a base and walls extending perpendicular from the base, the walls extending along a length and width to define a module body;
• the module body comprising a plurality of conductive layers stacked against one another, the plurality of conductive layers including a resistive layer interposed between a first conductive layer and a second conductive layer, the resistive layer formed from an electrically resistive material that emits heat in response to electrical current flowing therethrough;
• and
• at least one fusing element disposed adjacent the resistive layer, the at least one fusing element configured to melt in response to the heat emitted from the resistive layer to form at least one melted fusing element.

A method of electronically fusing a separable component to a module body, the method comprising:

• interposing an electrically resistive layer between first and second conductive layers integrated in the module body;
• disposing at least one fusing element to at least one of the module body and the separable component, the at least one fusing element configured to melt in response to heat;
• generating an electrical current;
• and
• flowing the electrical current through the resistive layer to generate heat such that the fusing element melts and the module body bonds to the separable component.