Heat dissipation component and associated electrical device

Abstract

Example embodiments of the present disclosure provide a heat dissipation component for a pluggable module, a manufacturing method and an associated electrical device. The heat dissipation component comprises a heat conductor attached to the pluggable module or a heat sink associated with an interface of an electrical device and adapted to conduct heat from the pluggable module to a heat sink, the heat conductor comprising the heat input section adapted to be in thermal contact with the pluggable module; and a heat output section adapted to be in thermal contact with the heat sink; and an elastic assembly coupled to the heat conductor and adapted to, at least when the pluggable module is coupled to the interface, apply biasing forces to press the heat input section to the pluggable module and to press the heat output section to the heat sink. With the heat dissipation component according to example embodiments, the heat dissipation effect of the pluggable module can be significantly improved. Furthermore, even after multiple insertions and unplugging, the heat dissipation effect will not deteriorate, thereby prolonging the maintenance period of the heat dissipation component and thus reducing the maintenance cost.

Dependencies are inferred from the claim text.