Injection plate for microstructure water cooling units for an electrical or electronic component

Abstract

Injection plate for microstructure water cooling units for an electrical or electronic component which improves the cooling power of a microstructure water cooler by using recirculation channels for the removal of the coolant, so that the height of the fins of the cooling channels can be reduced in comparison to a state of the art injections plates without water recirculation technology.

1 . Injection plate for microstructure water cooling units for an electrical or electronic component
 which improves the cooling power of a microstructure water cooler so that the height of the fins of the cooling channels can be reduced in comparison to a state of the art injections plates without water recirculation technology   which has recirculation channels at the bottom for the removal of the coolant   whose water return channels are not parallel to the normally symmetrically build ground structure made of oblique or curved water return passages that run transversely to the floor structure of the microstructure cooler, so that in addition to the removal of the cooling medium micro turbulence are caused, that increase the cooling performance of the microstructure cooler   who is placed centered above the heat dissipating part of the microstructure cooler   who has a water inlet part in the middle for the incoming fluid   who can be mounted in a microstructure cooler as a separate part (injection plate)   
     
     
         2 . Injection plate with water return channels as described in  claim 1  characterized in that it can be used as replacement part for existing microstructure coolers. 
     
     
         3 . Injection plate with water return channels as described in  claims 1  to  2  characterized in that it can be designed in different versions depending on the required cooling capacity—flow rate gradient or depending on the size of the heat transferor component. 
     
     
         4 . Injection plate with water return channels as described in  claims 1  to  3  characterized in that it may be implemented alongside each other as a single component and the insert in the top of the microstructure cooler.