Examples of 'dissipater' in a sentence
Meaning of "dissipater"
dissipater (noun): A device or substance used to reduce the energy of something, often used in reference to reducing heat, force, or electrical current
Show more definitions
- Alternative form of dissipator
How to use "dissipater" in a sentence
Basic
Advanced
dissipater
Static dissipater additives for lubricating oils.
It increases the mass and it acts as a dissipater.
The dissipater mesh then comprises a repeated square pattern.
Single support supports said heat dissipater in various planes.
Improved structure computer central processing unit heat dissipater.
Static dissipater additives.
Passively regulated heat dissipater.
The electrical dissipater may be a member that is dedicated solely to this function.
Heat pipes make it possible to increase the thermal conductivity of a heat dissipater.
The heat dissipater may in configured to support the inverter circuit board.
Floodwaters fall into a plunge pool energy dissipater at the toe of the dam.
Static dissipater additives for other liquids used for the same purpose as mineral oils.
Between the transistors of each converter and the dissipater linked to the earth.
The single dissipater comprises means for mutually electrically disconnecting the heat exchange portions.
These cooling means are generally a dissipater with fins placed under the power module.
See also
The cooling element can comprise a Peltier element preferably associated with a heat dissipater.
Electric luminous body having heat dissipater with axial and radial air aperture.
This makes it possible to rigidify the connector-heat dissipater assembly.
Such a device is fixed to a dissipater of the alternator / starter power unit.
The said additional fins is / are made of the same material as the dissipater.
The energy dissipater may be located at the laser pulse sensor 8.
A turbulent flow improves the heat transfer between the heat dissipater and the cooling fluid.
In addition, a fifth dissipater element is disposed along one of the diagonals of the square.
In this embodiment, the repeated pattern of the dissipater mesh is triangular.
The material of the heat dissipater 30 preferably exhibits a high heat transfer coefficient.
The circuit is rigid, and serves as a physical support, electrical conductor and heat dissipater.
The invention applies to an hydraulic dissipater of energy of the telescopic type comprising,.
The dissipater elements are then stressed, which has the effect of changing their shapes.
The computer central processing unit heat dissipater is as set out in claim 1.
Dissipater on which the electronic assembly 10 is supported.
The covering according to claim 1, wherein said dissipater mesh has a repeated triangular pattern.
Such a module can be fixed directly on an external dissipater 13.
The voltage converter 38 preferably comprises a thermal dissipater forming the support of the electfonic power modules.
The negative diodes 69 are brazed on the top face of the dissipater.
Raijintek Juno Pro RBW, low profile dissipater with RGB and circular design.
The heat dissipater 21 may comprise microchannels for receiving a cooling fluid.
The mesh is constituted by a plurality of nodes 2 and of dissipater elements 1.
To this end, the heat dissipater 30 with the microchannels is provided.
The optical system 1 may further comprise an energy dissipater ( not shown ).
Within the heat dissipater 30, microchannels for conducting a cooling fluid are formed.
The method for manufacturing the heat dissipater 24 will now be described.
The heat dissipater and the additional fin ( s ) is / are made of a heat-exchanging material.
The said terminal will of course be electrically insulated from the dissipater 113.
Alternatively, the heat dissipater may be commonly shared by two or more inverter circuit units 20.
In practice, this housing 7 is produced by two plates, each bearing on the adjacent dissipater 9.
The device body 102 serves as a heat dissipater for the one or more ledes.
The heating system consists of two 200W electrical resistances, each coupled with its own heat dissipater.
FIG . 2 is a view of a dissipater element in the form of an ellipse ;.
FIG . 1 is a plan view of an absorbent layer provided with a dissipater mesh ;.
FIG . 5 is a plan view of a dissipater mesh in a second embodiment ; and.
