(Askeri) ISI MECRASI (HV.): Sıcaklığın kritik bir parçadan veya parçalardan emilmesine veya başka yere intikaline yarayan bir düzen. Örneğin; burun konisinde sürtünme ile meydana gelen aşırı sıcaklık, emilmek üzere, özel bir metale yöneltilebilir
1 In thermodynamic theory, a means by which heat is stored, or is dissipated or transferred from the system under consideration
Any material used to absorb heat In the environment, this is usually air or water that absorbs waste heat produced in the operation of electric power plants or other industrial facilities
1) A body that is capable of accepting and storing heat, and therefore may also act as a heat source 2) A building component such as a wall or floor that is capable of absorbing heat and reradiating it over a period of many hours
Made of a heat conductive material, a heat sink is used to dissipate heat over an increased surface area
metallic object which is connected to electronic components and prevents overheating
Part of the frame of the speaker used to conduct and radiate heat away from the motor assembly 4
Facility to provide cooling of PAR and MSR components while "buttoned up" during a nuclear attack Water for component cooling was re-circulated through an underground storage cavern where its heat was dumped Click here for photo (B17)
A device which possesses low thermal resistance in order to effectively transfer dissipated heat to the ambient temperature Heat Sink Compound A compound which is used to assure a good thermal connection between a heat dissipating device and a heat sink Hertz A unit of frequency named after Heinrich R Hertz (1857-1894) which is equal to one cycle per second
Metal plate, extrusion, case, etc used to transfer heat away from sensitive components and/or circuits Also see Base Plate
A metal base or plate onto which one or more components are mounted to absorb, carry away, or radiate the heat generated by the component(s) Overheating may result in the malfunction or destruction of the part(s) generating the heat or might cause damage to other parts of the circuit
Device which conducts heat away from a heat-producing component so that it stays within its safe working temperature range
A component designed to lower the temperature of an electronic device by dissipating heat into the surrounding air All modern CPUs require a heat sink Some also require a fan A heat sink without a fan is called a passive heat sink; a heat sink with a fan is called an active heat sink Heat sinks are generally made of a zinc alloy and often have fins
1 Thermodynamic A body which can absorb thermal energy 2 Practical A finned piece of metal used to dissipate the heat of solid state components mounted on it
An assembly that serves to dissipate, carry away, or radiate into the surrounding atmosphere heat that is generated by an active electronic device
a piece of metal used to mount components and draw heat away from them It is usually made of finned aluminum
A metal plate, thermally conductive potting material, extrusion, case, etc that is used to transfer heat away from sensitive components and/or circuits See Base Plate
(sol) A body that is capable of accepting and storing heat It therefore may also act as a heat source F - puits de chaleur S - sumidor de calor
The medium - air, water or earth - which receives heat rejected from a heat pump
1 Thermodynamic A body that can absorb thermal energy 2 Practical A finned piece of metal used to dissipate the heat of solid-state components mounted on it
Thermal mass placed in direct contact with a processing or other device to improve heat dissipation
A substance or device used to dissipate or absorb unwanted heat, as from a manufacturing process (or, with lasers, from reflected rays)
A component, typically zinc alloy, that dissipates heat CPUs require heat sinks
In audio, a usually finned metal body that conducts heat away from resistors and solid state output devices Amplifier heatsinks can be internal or external Due to its inherent inefficiency, Class A solid state amplifier operation requires massive heatsinks while Class A tube amps use the free-air glass envelope of the vacuum tube for heat convection High-power pro-audio amplifiers that need to remain small and light often use fans instead of heatsinks