Integrated circuit thermal management system

An integrated circuit thermal management system comprising:

• a slide comprising a slide body moveable between a first position and a second position;
• a heat exchanger positioned at the first position;
• an integrated circuit positioned at the second position;
• an electromagnetic coil disposed on the slide body;
• a magnetocaloric material disposed on the slide body and positioned within the electromagnetic coil;
• a sensor positioned to sense an operating temperature of the integrated circuit;
• and
• controller circuitry configured to execute instructions stored in memory to:
• receive a temperature signal from the sensor indicative of the sensed operating temperature;
• and
• control movement of the slide body between the first position and the second position and energization of the electromagnetic coil such that heat from the magnetocaloric material is transferred between the heat exchanger and the magnetocaloric material or heat from the integrated circuit is transferred between the magnetocaloric material and the integrated circuit according to the sensed operating temperature.

A non-transitory computer readable media comprising instructions executable by a processor, the computer readable media comprising:

• instructions executable by the processor to monitor a temperature sensor sensing a temperature of an integrated circuit;
• instructions executable by the processor to enable a slide to move a slide body of the slide to a first position proximate a heat exchanger based on the temperature of the integrated circuit;
• instructions executable by the processor to maintain an electromagnetic coil in an energized state while the slide body is in the first position, the slide body comprising the electromagnetic coil and a magnetocaloric material, the magnetocaloric material in thermal communication with the heat exchanger while in the first position;
• instructions executable by the processor to enable the slide body to move to a second position proximate an integrated circuit;
• instructions executable by the processor to maintain the electromagnetic coil in a deenergized state while the slide body is in the second position and the magnetocaloric material is in thermal communication with the integrated circuit;
• and
• instructions executable by the processor to enable the slide body to repeatedly move between the first position in thermal communication with the heat exchanger or the second position in thermal communication with the integrated circuit based on a temperature of the integrated circuit.