M258284M258284
【新型所屬之技術領域】 具體是關於熱介面測試 本創作涉及熱介面測試平台 平台之熱電偶線安裝結構。 【先别技術】 近年來，隨著半導體元件 體元件之集成化程度越來越高 ’對散熱之要求越來越高，故 題’為滿足散熱需求，各種散 風扇散熱、水冷輔助散熱及熱 之散熱效果。但因散熱器與半 不平整性，未有一個理想之接 半導體元件向散熱器進行熱傳 半導體元件之接觸介面間增加 之接觸程度就顯得十分必要。 集成工藝之快速發展，半導 ’元件體積卻變得越來越小 散熱成為一個非常重要之問 熱方式被廣泛運用，如利用 管散熱等方式，並取得一定 ‘體集成元件之接觸表面之 觸介面，從根本上極大影響 遞之效果，故，在散熱器與 一層熱介面材料來增加介面 m介面材：之選擇，，導熱係數是一個重要考 !面材料之導熱係數需要通過實驗 埶人：好？又书用t#方法叫做溫度梯度法。測試時， 料被擠壓固定於兩個導熱性能極佳之金屬 熱流ί:個金屬塊流向待測之熱介面材料， …、後再>,，L向另一塊金屬塊，然後通過分析在該埶泣 之各點溫度分佈狀況（即溫度梯度），即可^ =二 求出待測熱介面材料之導熱係數。 < 據〃、、¥ Λ式 佈 因此，測試中之重點是要獲得金屬塊 狀況。實踐中，係於金屬塊上選擇多個 上各點之溫度分 點’設置數個深[Technical field to which the new type belongs] It is specifically about thermal interface test. This creation relates to the thermocouple wire installation structure of the thermal interface test platform. [Another technology] In recent years, with the integration of semiconductor elements, the demand for heat dissipation is getting higher and higher. Therefore, in order to meet the demand for heat dissipation, various fan cooling, water-cooled auxiliary heat dissipation and heat Cooling effect. However, due to the heat sink and semi-unevenness, there is not an ideal connection. The semiconductor element conducts heat transfer to the heat sink. The increased contact between the contact interfaces of the semiconductor element is very necessary. With the rapid development of integrated technology, the volume of semiconducting components has become smaller and smaller. Heat dissipation has become a very important method of heat dissipation, such as the use of tubes to dissipate heat. The interface greatly affects the transfer effect fundamentally. Therefore, to increase the interface m interface material between the heat sink and a layer of thermal interface material: the choice is that the thermal conductivity is an important consideration! The thermal conductivity of the surface material needs to be tested through experiments: it is good? The book uses the t # method called the temperature gradient method. During the test, the material was squeezed and fixed to two metal heat fluxes with excellent thermal conductivity: one metal block flows to the thermal interface material to be tested, and then >, L to another metal block, and then analyzed by The temperature distribution (ie, temperature gradient) at each point of the sobbing can be used to obtain the thermal conductivity of the thermal interface material to be measured. < According to 〃 ,, ¥ Λ type cloth Therefore, the emphasis in the test is to obtain the condition of the metal block. In practice, it is necessary to select a plurality of temperature points on the metal block to set a plurality of depths.
M258284 五、創作說明（2) 孔，將熱電偶線插入該等深 度。熱電偶線係由兩條不同 屬線僅在尖端焊接在_起作 緣體隔開。熱電偶係利用兩 生不同電壓差之原理來工作 然而，熱電偶線之直徑 要求不被折彎，其安裝要格 就更顯得麻煩。 因此，能夠快速且精確 一個亟待解決之問題。 【内容】 本創作之目的在於提供 線之熱介面材料測試平台。 本創作熱介面材料測試 二金屬塊，複數熱電偶線， 機構。第一及第二金屬塊之 材料之空間，該第一及第二 熱電偶線之安裝孔。該安裝 熱塊中可預先收容熱電偶線 管與該等安裝孔各自對應， 第二金屬塊之間後，該等預 應安裝於該等安裝孔中。 本創作熱電偶線之安裝 ’節省時間，且能保證熱電 孔中以測量該等被選擇點之溫 之金屬線結合而成，該兩條金 為檢測端，而在其他部分用絕 種不同金屬在不同溫度下會產 〇 極細且偏軟，其在安裝過程中 外小心，而安裝數根熱電偶線 地安裝該等熱電偶線，就成為 一種可快速且精確安裝熱電偶 平台包括相對設置之第一、第 及用於安裝該熱電偶線之安裝 間形成一用於收容固定熱介面 金屬塊中在預定地方設有複數 機構包括一絕熱塊及穿設於絕 之複數絕熱套管，該等絕熱套 當熱介面材料被固定於第一及 先收容熱電偶線之絕熱套管對 機構可一次安裝多根熱電偶線 偶線在安裝過程中不被折彎。M258284 V. Creation instructions (2) Holes, insert thermocouple wires into these depths. The thermocouple wire is separated by two different metal wires only welded at the tip. The thermocouple system uses the principle of two different voltage differences to work. However, the diameter of the thermocouple wire is required not to be bent, and its installation is even more troublesome. Therefore, a problem that needs to be solved quickly and accurately. [Content] The purpose of this creation is to provide a thermal interface material testing platform for the wire. This creation of thermal interface materials tests two metal blocks, multiple thermocouple wires, and mechanisms. The space of the material of the first and second metal blocks, and the mounting holes of the first and second thermocouple wires. The installation thermal block may contain thermocouple wires corresponding to the installation holes in advance. After the second metal block is installed, the installations should be installed in the installation holes. The installation of this creation thermocouple wire saves time, and can ensure that the thermoelectric hole is formed by combining the metal wires that measure the temperature of these selected points. The two gold are the detection ends, and other parts of the metal are used in other parts. It will produce very thin and soft at different temperatures. Be careful during the installation process. Installing several thermocouple wires to install these thermocouple wires becomes a fast and accurate way to install a thermocouple platform. The first and second installation rooms for installing the thermocouple wires form a metal block for accommodating a fixed thermal interface. A plurality of mechanisms are provided in a predetermined place, including an insulation block and a plurality of insulation sleeves penetrating through the insulation. When the thermal interface material is fixed to the first and first heat-insulating sleeve pair mechanism that houses the thermocouple wire, multiple thermocouple wire wires can be installed at one time during the installation process without being bent.
M258284 創作說明（3) 【實施方式 請參閱第一圖，根據本創作 絲〜如 #為八而 包括有相對設置之第-、第二金屬塊1〇、20 #二:二電偶線40及用於安裝熱電偶線40之安裝機構50。 熱；I，材料100固定於該第_及第二金 〇、2〇之 於測量。 及第二金屬塊10、20需要具有優良之熱傳導性， ^金屬銅，第一金屬塊10作為加熱端，即向熱介面材 ’:送一定大小之熱流，該熱流通過熱介面材料1 00之 後，机過第二金屬塊20，如此，在第一及第二金屬塊1〇、 20上形成一溫度逐漸降低之溫度梯度。第一及第二金屬塊 1 0 20中各設三個安裝孔30共六個安裝孔30，用於收容熱 電偶線40。該等安裝孔30並未貫穿於整個金屬塊厚度。 ,』、熱電偶線安裝機構5〇包括一用電木（Bakel ite )材料 製成之絕熱塊5 2及六根穿設於其中之絕熱套管54。電木係 <種f酸樹脂材料’其具有優異之絕熱性能。絕熱套管54 用、& ϋ熱電偶線4〇，其材料可選擇具有絕熱性能之塑膠 或玻璃製成，其選擇之材料之硬度應可保證其在插入安裝 ，30中仍能保持一定之形狀。套管54之間的距離與第一及 第一金屬塊10、20之安裝孔3〇之間的距離對應。 ^測量過程之前，熱點偶線4 0即預先穿設於對應之絕 熱套官54中，而將熱電偶40之檢測端42暴露在外。 ^在測量過程中，熱介面材料1 0 0會受到一定之壓力 ( 壓力之裝置圖未示），使得熱介面材料100在熱流M258284 Creation instructions (3) [For the implementation, please refer to the first figure. According to this creative thread, if # is eight, it includes the first and second metal blocks 10, 20, and # 2: two galvanic wires 40 and A mounting mechanism 50 for mounting a thermocouple wire 40. Heat; I, the material 100 is fixed to the first and second metals 〇, 20 for measurement. And the second metal blocks 10 and 20 need to have excellent thermal conductivity. ^ Metal copper, the first metal block 10 is used as a heating end, that is, a certain amount of heat flow is sent to the thermal interface material, and the heat flow passes through the thermal interface material 100. After passing through the second metal block 20, a temperature gradient with a gradually decreasing temperature is formed on the first and second metal blocks 10, 20. The first and second metal blocks 10 and 20 each have three mounting holes 30 and a total of six mounting holes 30 for receiving the thermocouple wire 40. The mounting holes 30 do not penetrate through the entire thickness of the metal block. "", The thermocouple wire installation mechanism 50 includes a thermal insulation block 52 made of bakelite (Bakelite) material and six thermal insulation sleeves 54 passing therethrough. Bakelite-based < f-acid resin material ' has excellent thermal insulation properties. The insulation sleeve 54 is used for & ϋ thermocouple wire 40. Its material can be made of plastic or glass with thermal insulation properties. The hardness of the material selected should ensure that it can still maintain a certain degree in the insertion and installation. shape. The distance between the sleeves 54 corresponds to the distance between the mounting holes 30 of the first and first metal blocks 10,20. ^ Prior to the measurement process, the hot spot coupler 40 is pre-routed in the corresponding insulation jacket 54 and the detection end 42 of the thermocouple 40 is exposed. ^ During the measurement process, the thermal interface material 100 will be subjected to a certain pressure (the pressure device is not shown), so that the thermal interface material 100
M258284 五、創作說明（4) 方向上之厚度保持於〇. 〇76mm左右，因此在每次測量時， 各個安裝孔30之間的距離保持一定。 當熱介面材料100固定完成後，將絕熱套管54與安裝 孔3 0各自對準，然後一次性將六根熱電偶線4 0同時安裝于 t裝孔3 0中’由於絕熱套管5 4之保護作用，不僅可保證熱 電偶線4 0不被彎折，而且節約安裝時間。 熱電偶線40安裝完畢後，暴露在絕熱套管54外之熱電 偶線4^0之檢測端42即可檢測該點溫度，從而根據各點之溫 度計算出熱介面材料100之導熱係數。 熱電偶線40之數目可根據實際情況選取，而不局限於 上述實施方式中之六根，而且安裝孔30也可根據實際情況 設置，而不局限於上述平均地設置於第一及第二金屬塊10 、20中之方式。 綜上所述’本創作符合新型專利要件，麦依法提出專 利申請。^以上所述者僅為本創作之較佳實施例，舉凡 本案技藝之人士，在爰依本創作精神所作之等效修飾 或k化，皆應涵蓋於以下之申請專利範圍内。 1^1 第8頁 M258284 圖式簡單說明 【圖式簡單說明】 第一圖係本創作熱介面材料測試平台一個實施方式之 示意圖。 【元件代表符號簡單說明】 第一金屬塊 10 第二金屬塊 20 安裝孔 30 熱電偶線 40 檢測端 42 安裝機構 50 絕熱塊 52 套管 54 熱介面材料 100M258284 V. Creation Instructions (4) The thickness in the direction is kept at about 0.076 mm, so the distance between each mounting hole 30 is kept constant during each measurement. After the thermal interface material 100 is fixed, align the insulation sleeves 54 with the mounting holes 30, and then install six thermocouple wires 40 in the mounting holes 30 at one time. The protective effect can not only ensure that the thermocouple wire 40 is not bent, but also save installation time. After the thermocouple wire 40 is installed, the detection end 42 of the thermocouple wire 4 ^ 0 exposed outside the insulation sleeve 54 can detect the temperature at this point, and the thermal conductivity of the thermal interface material 100 is calculated based on the temperature at each point. The number of the thermocouple wires 40 can be selected according to the actual situation, and is not limited to the six in the above embodiment, and the mounting holes 30 can also be set according to the actual situation, and is not limited to the above-mentioned evenly arranged on the first and second metal blocks. 10, 20 way. In summary, ‘this creation complies with the requirements for new patents, and Mai Yi filed a patent application. ^ The above is only a preferred embodiment of this creation. For example, those who are skilled in this case and equivalent modification or transformation based on the spirit of this creation should be covered by the following patent applications. 1 ^ 1 Page 8 M258284 Simple illustration of the drawing [Simplified illustration of the drawing] The first drawing is a schematic diagram of one embodiment of the thermal interface material testing platform of this creation. [Simple description of component representative symbols] First metal block 10 Second metal block 20 Mounting hole 30 Thermocouple wire 40 Detection end 42 Mounting mechanism 50 Insulation block 52 Sleeve 54 Thermal interface material 100
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