TW200914849A - Method and device of performance measure control platform for heat chip with multiple heating sources - Google Patents
Method and device of performance measure control platform for heat chip with multiple heating sources Download PDFInfo
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- TW200914849A TW200914849A TW96135825A TW96135825A TW200914849A TW 200914849 A TW200914849 A TW 200914849A TW 96135825 A TW96135825 A TW 96135825A TW 96135825 A TW96135825 A TW 96135825A TW 200914849 A TW200914849 A TW 200914849A
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200914849 九、發明說明: 【發明所屬之技術領域】 本發明是-種具多熱源發熱之熱晶片性能量測控制平台的方法與裝置,本 發明主要目的在探討電子元件封裝之散熱問,將發明一套可以精 禮地供給熱晶片發熱功率與溫度量測之平台,且利用此平台,探 討晶片封裝體的熱傳效應,應用熱晶片發展一套自動化實驗及量 測系統,模擬真實封裝體工作時内部之升溫情形,此平台包含溫 、 度塁測系統及加熱控制系統兩大部分,其中溫度量測系統可量測 並S己錄熱晶片内部之溫度值;加熱控制系統則用於配合實驗,提 供熱B曰片内部之加熱器各種加熱模式。 【先前技術】 傳統熱晶片性能量測控制平台,由於目前市面上的量測平台 仍具有以下之缺失: 1·傳統熱晶片性能量測平台,只有單一熱源。 2. 傳統熱晶片性能量測平台,只能單-點量測溫度 3. 傳統熱晶片性能量測平台,無法控制功率大小。 200914849 【發明内容】 性能量測平台多加3種功能的多功能,多點加熱與多點 皿又里“:制功率大小,並克服了傳統熱晶片性能量測平台的3種缺 點’以下為本發明具有的各項優點: 1.本發明財乡點溫度域,_PWM鶴電路方細兩具電晶體 元件配合之達麵電路所構成,使其具有多點加熱功能。200914849 IX. Description of the Invention: [Technical Field] The present invention is a method and apparatus for a thermal wafer energy measurement control platform with multiple heat sources. The main purpose of the present invention is to investigate the heat dissipation of an electronic component package. A platform that can supply thermal power and temperature measurement of thermal wafers, and use this platform to explore the heat transfer effect of the chip package. Develop a set of automated experiments and measurement systems using thermal chips to simulate real package work. When the internal temperature rises, the platform includes two parts: temperature and degree measurement system and heating control system. The temperature measurement system can measure the temperature value inside the heat-recorded wafer; the heating control system is used to cooperate with the experiment. Provides various heating modes for the heater inside the hot B cymbal. [Prior Art] The traditional thermal wafer energy measurement control platform still has the following shortcomings due to the current measurement platform: 1. The traditional thermal wafer energy measurement platform has only a single heat source. 2. The traditional thermal chip energy measurement platform can only measure temperature at single point. 3. The traditional thermal chip energy measurement platform cannot control the power. 200914849 [Summary of the Invention] The performance measurement platform adds three kinds of functions, multi-point heating and multi-point dishes. ": The power is reduced, and the three shortcomings of the traditional thermal chip energy measurement platform are overcome." The invention has various advantages: 1. The invention has a multi-point heating function, and the _PWM crane circuit is composed of two transistor elements combined with the surface circuit.
2·本發明具有多點溫度量測,因由熱敏電阻多辦聯,使其具有多點 溫度量測之功能。 3.本發明具有控制功率大小,因配合微控制器符合其所需之功能,採 用PWM(波寬調變)及平行傳輸做為該控制器之主要元件,使其具有 控制功率大小之功能。 〇 6 200914849 【實施方式】 一種具多熱源發熱之熱晶片性能量測控制平台的裝置(請參閱第一圖)包括 加熱電源控制機構(10)、熱敏電阻機構(20)等,其中, 加熱電源控制機構(請參閱第二圖)係由,訊號操取器(1〇7)、電腦 (106) 、熱晶片(105)、電晶體(101)和電源供應(1〇4)器所組合而成,其中, 該訊號操取器(107)位於平台主體機構左方’形狀為長方型,掘取因熱晶片 内(105)部感應區溫度變化產生電壓差’經由傳輸線傳送到該訊號擷取器 (107) 内’在傳送到電腦(106)内紀錄,將電壓差換算成溫差,而達到數據 操取之功能,該電腦(106)位於該平台機構左方,以排線連結該加熱電源控 Γ 制機構(10)和該訊號擷取器(107),以控制該加熱電源控機構之加熱控制和 訊號之紀錄,,該熱晶片(105),位於該平台主體右下方,以排線連結該加 熱電源控制機構(10),形狀為四方形,由該加熱電源控制機構(1〇)輸入電 源以加熱該熱晶片(1〇5),再由該訊號擷取器(1〇7),量測數據經由排線傳 遞回電腦,該電晶體(101)位於該加熱電源控制機構(1〇)上方,形狀為長方 开^,用於控制電流流入該熱晶片(1〇5)的功率大小,該電源控制器(1〇4), 位於該電腦(106)上方,用於供給該加熱電源控制機構電源,該加熱電源控 制機構(10)使用波寬調變(PWM)控制電晶體(1〇2)開啟之時間,以決定流入 晶片内加熱器之平均電流大小,使其具備多點加熱與多點溫度量測,並可 〇 分別控制功率大小,該加熱電源控制器必須提供外部電源,分別用於驅動 電路及控制器電源; 熱敏電阻機構(請參閱第三圖),係由熱電偶元件⑽D及數據讀取器(202) =組,而成,該熱電偶元件(201)位熱敏電阻機構(20)上方,形狀為長條 』,當感應到熱晶片(105)加熱區溫度之溫度變化,則迴路間會有電流產 生,,感測電流的變化,該數據讀取器(2〇2)位於熱電偶元件(2〇1)下方,形 狀為長方型,與熱電偶結合,將熱電偶之訊號傳送至電腦(106),在利用數 據量測軟體量測出溫度值; 經由上述諸機構之組合,加熱電源控制機構(1〇)控制熱晶片(1〇5)内部 加熱區電源,該加熱電源控制機構使用波寬調變(PWM)控制電晶體(1〇2) 開啟之時間,以該電腦(1〇6)控制流入該熱晶片(1〇5)内加熱器之平均電流 200914849 大小’使其具備多點加熱與多點溫度量測,並可分別控制功率大小,内部 採用PWM以及平行傳輪_不同之元件分猶為鶴電路控制及經數據讀 取卡完成與電腦⑽)之_雙向訊賴送魏,pwM主要騰控制電晶體 ⑽開關開啟之時間’以決定流人加熱㈣部之平均電流大小,平行傳輸 主要用於提供微控制益與電腦(1〇6)之間資料傳輸,以提供實驗操作者由個 人包腦(106)控制PWM波寬,該訊號擷取器(1〇7),揭取因熱晶片(⑽)内部 感應區溫度變化產生電壓差,經由傳輸線傳送到該訊號擷取ϋ内,在傳送 到電腦(_内紀錄,將賴差鮮成溫差,而達職據娜之功能,該熱 敏电阻多辦聯’ §&合數據讀取器⑽2),當電流流辦將訊號傳送給電腦 (106),再由置測軟體將電壓差轉換成溫度差,以達到數據擷取之功能。 【圖式簡單說明】 第一圖係本發明之組合圖。 第二圖係本發明之加熱電源控制構構圖。 第三圖係本發明之熱敏電阻機構圖 【主要元件符號說明】 (10)加熱電源控制器 (101) 電晶體一 (102) 電晶體二 (103) 微控制器 (104) 電源供應器 (105) 熱晶片 (106) 電腦 (107) 訊號擷取器 200914849 (20)熱敏電阻機構 (201) 熱電偶元件 (202) 數據讀取器2. The invention has multi-point temperature measurement, and the multi-point temperature measurement function is realized because the thermistor is connected. 3. The present invention has a control power level, and the PWM (wave width modulation) and parallel transmission are used as the main components of the controller, so that it has the function of controlling the power level, in accordance with the functions required by the microcontroller. 〇6 200914849 [Embodiment] A device for heating a thermal energy measurement control platform with multiple heat sources (refer to the first figure) includes a heating power control mechanism (10), a thermistor mechanism (20), etc., wherein heating The power control mechanism (see the second figure) is a combination of the signal processor (1〇7), the computer (106), the thermal chip (105), the transistor (101), and the power supply (1〇4). The signal operation device (107) is located on the left side of the platform main body and has a rectangular shape, and the voltage difference generated by the temperature change of the sensing portion in the (105) portion of the thermal wafer is transmitted to the signal through the transmission line. The picker (107) records in the transfer to the computer (106), converts the voltage difference into a temperature difference, and achieves the function of data manipulation. The computer (106) is located on the left side of the platform mechanism, and is connected by a cable. Heating the power control mechanism (10) and the signal extractor (107) to control the heating control and signal recording of the heating power control mechanism. The thermal wafer (105) is located at the lower right of the platform body to Cable connection to the heating power control mechanism 10), the shape is square, the heating power control mechanism (1〇) inputs power to heat the hot wafer (1〇5), and then the signal extractor (1〇7), the measurement data is passed through the cable Passed back to the computer, the transistor (101) is located above the heating power control mechanism (1〇), and has a shape of a rectangular opening for controlling the amount of power flowing into the thermal chip (1〇5), the power controller (1〇4), located above the computer (106) for supplying the heating power control mechanism power supply, the heating power control mechanism (10) is opened by using a bandwidth modulation (PWM) control transistor (1〇2) Time, in order to determine the average current flowing into the heater in the wafer, so that it has multi-point heating and multi-point temperature measurement, and can control the power separately, the heating power controller must provide external power supply, respectively for the driving circuit And the controller power supply; the thermistor mechanism (refer to the third figure) is made up of the thermocouple element (10) D and the data reader (202) = group, the thermocouple element (201) bit thermistor mechanism ( 20) above, the shape is long, when it is sensed When the temperature of the temperature of the heating zone of the wafer (105) changes, a current is generated between the circuits, and the current is changed. The data reader (2〇2) is located under the thermocouple element (2〇1) and has a long shape. The square type, combined with the thermocouple, transmits the signal of the thermocouple to the computer (106), and measures the temperature value by using the data measuring software; and the heating power control mechanism (1〇) controls the thermal chip through the combination of the above mechanisms (1〇5) Internal heating zone power supply, the heating power control mechanism uses a wavelength modulation (PWM) control transistor (1〇2) to open the time, and the computer (1〇6) controls the flow into the thermal chip (1) 〇5) The average current of the inner heater is 200914849. It has multi-point heating and multi-point temperature measurement, and can control the power separately. The internal PWM and parallel transmission are used. After the data reading card is completed with the computer (10)), the two-way communication is sent to Wei, the pwM mainly controls the time when the transistor (10) switch is turned on to determine the average current of the heating (four) part, and the parallel transmission is mainly used to provide the micro control. Benefit and computer (1〇6) The data transmission between the experimental operators is controlled by the individual brain (106) to control the PWM wavelength width, and the signal extractor (1〇7) is used to extract the temperature of the internal sensing region of the thermal wafer ((10)). The change produces a voltage difference, which is transmitted to the signal acquisition port via the transmission line, and is transmitted to the computer (the internal record is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The data reader (10) 2), when the current flow transmits the signal to the computer (106), and then the test software converts the voltage difference into a temperature difference to achieve the function of data capture. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a combination of the present invention. The second figure is a heating power control configuration diagram of the present invention. The third diagram is a diagram of the thermistor mechanism of the present invention. [Main component symbol description] (10) Heating power controller (101) Transistor one (102) Transistor two (103) Microcontroller (104) Power supply ( 105) Thermal Wafer (106) Computer (107) Signal Extractor 200914849 (20) Thermistor Mechanism (201) Thermocouple Element (202) Data Reader
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103175704A (en) * | 2011-12-20 | 2013-06-26 | 鸿富锦精密工业(武汉)有限公司 | Test system and test method for electronic device |
CN103175704B (en) * | 2011-12-20 | 2016-12-14 | 爱珂勒电子元器件(珠海)有限公司 | Electronic device test system |
CN113484363A (en) * | 2021-06-29 | 2021-10-08 | 重庆长安新能源汽车科技有限公司 | Test device and method for simulating internal heating of controller |
-
2007
- 2007-09-27 TW TW96135825A patent/TW200914849A/en unknown
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103175704A (en) * | 2011-12-20 | 2013-06-26 | 鸿富锦精密工业(武汉)有限公司 | Test system and test method for electronic device |
CN103175704B (en) * | 2011-12-20 | 2016-12-14 | 爱珂勒电子元器件(珠海)有限公司 | Electronic device test system |
CN113484363A (en) * | 2021-06-29 | 2021-10-08 | 重庆长安新能源汽车科技有限公司 | Test device and method for simulating internal heating of controller |
CN113484363B (en) * | 2021-06-29 | 2023-05-23 | 重庆长安新能源汽车科技有限公司 | Test device and method for simulating internal heating of controller |
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