Dissipation case for a power supplier of direct current
First Claim
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1. A dissipation case for a power supplier of direct current comprising:
- an upper cover,a base cover which is made of cast aluminum alloy with an open surface closed by said upper cover to form an inner space,a printed circuit board which comprises a plurality of power transistors, a transformer and related wirings and is located in said inner space to convert alternating current into direct current along with a voltage drop;
whereina plurality of heat sinks integral to said base cover are in communication with said power transistors and a receiving chamber with thermal silicon rubber therein is provided on said base cover to receive said transformer.
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Abstract
A heat dissipating case for a DC power supplier. The case includes multiple integral heat sinks, and a receptacle filled with thermal silicon rubber for the transformer. A base of the case is formed from cast aluminum.
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Citations
4 Claims
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1. A dissipation case for a power supplier of direct current comprising:
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an upper cover, a base cover which is made of cast aluminum alloy with an open surface closed by said upper cover to form an inner space, a printed circuit board which comprises a plurality of power transistors, a transformer and related wirings and is located in said inner space to convert alternating current into direct current along with a voltage drop;
whereina plurality of heat sinks integral to said base cover are in communication with said power transistors and a receiving chamber with thermal silicon rubber therein is provided on said base cover to receive said transformer. - View Dependent Claims (2)
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3. A dissipation case for a power supplier of direct current comprising:
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an upper cover, a base cover which is made of cast aluminum alloy with an open surface closed by said upper cover to form an inner space, a printed circuit board which comprises a plurality of power transistors, a transformer and related wirings and is located in said inner space to convert alternating current into direct current along with a voltage drop;
whereina plurality of longitudinal guide walls integral to said base cover form a plurality of air passages with an end part communicating with a recess area for a fan and the other end part communicating with outside air through a plurality of ventilation openings located at an end wall of said base cover so that a plurality of heat sinks are formed and are in communication with said transistors; and
a receiving chamber with thermal silicon rubber therein is provided on said base cover to receive said transformer. - View Dependent Claims (4)
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Specification