JP3140569U - High power module - Google Patents
High power module Download PDFInfo
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- JP3140569U JP3140569U JP2007007392U JP2007007392U JP3140569U JP 3140569 U JP3140569 U JP 3140569U JP 2007007392 U JP2007007392 U JP 2007007392U JP 2007007392 U JP2007007392 U JP 2007007392U JP 3140569 U JP3140569 U JP 3140569U
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Abstract
【課題】電力用電子装置に適用する大電力パワーモジュールを提供する。
【解決手段】主に基板上に設置固定されたウエハ、および連結ウエハで設置された銅片および結合パーツの構造。すべての結合パーツで結合したウエハ周縁に複数のロックパーツがあり、基板には複数個の貫孔があり、どの貫孔の下端の開口にもナット槽がある。すべての貫孔内にはロックパーツが設けられ、当該のロックパーツの構造にはナットがあり、柱体およびロックのかみ合わせで、ロックは基板下方の貫孔から上に向って穿って設置されている。
【選択図】図2A high power module is provided for use in a power electronic device.
A structure of a wafer mainly installed on a substrate and fixed on a substrate, and a copper piece and a connecting part installed on a connecting wafer. There are a plurality of lock parts on the periphery of the wafer bonded by all the connecting parts, a plurality of through holes in the substrate, and a nut tank at the lower end of each through hole. Lock parts are provided in all through-holes, and there are nuts in the structure of the lock parts. The locks are installed by drilling upward from the through-holes below the board by engaging the pillars and locks. Yes.
[Selection] Figure 2
Description
本考案は一種の電子電力に適用する大功率パーツモジュールの組合構造で、特に当該モジュール式組合構造の大重力に耐えうるものとする。 The present invention is a combination structure of high-efficiency part modules applied to a kind of electronic power, and particularly can withstand the great gravity of the modular combination structure.
科学技術の発展はすでに領域を超えて統合するまでになっており、近年来、電力電子パーツおよび制御技術の急速な発展は目を見張るものがある。その影響は、電力電子技術にまでおよんでいるほか、電気エネルギーの転換およびエネルギー節約などの方面での応用、および日常生活品質の向上にまでおよんでいる。グロールな電力電子産業の自由化、再生エネルギーおよび新エネルギー開発での利用および電力安定での要求など増えつつある新しい視野で、先進国が電力と電子、電機の統合ですでに数年を費やしている現状で、その市場の潜在力は確かに注目に値する。 The development of science and technology has already been integrated beyond the domain, and in recent years the rapid development of power electronic parts and control technology has been striking. The impact extends to power electronics technology, as well as applications in areas such as electrical energy conversion and energy saving, and improvement of daily life quality. Developed countries have already spent several years on the integration of electric power, electronics and electrical machinery, with a growing new perspective such as the liberalization of the glorious electric power electronics industry, the use in renewable energy and new energy development and the demand for power stability. In the current situation, the market potential is certainly worth noting.
図6で述べたように、伝統式の大功率パーツモジュールの内部装備構造では当該基板10に固定された数個のネジ20があり、ネジ20の設置は固定モジュール構造を強化している。このため、基板10の上方に固定されたネジ20とウエハは、結合パーツなどといずれも等しく包装固定されており、結合パーツで電力設備と結合する。しかし、一般の業者が当該の大功率パーツモジュールを使用する時、結合した電力パーツが往々にして大功率パーツモジュールと結合し、このため重力によって大功率パーツモジュールの基板10に固定されたネジ20と基板10が脱利しやすくなるため、大功率パーツを交換せねばならなくなる。 As described with reference to FIG. 6, there are several screws 20 fixed to the board 10 in the internal structure of the traditional large utility part module, and the installation of the screws 20 strengthens the fixed module structure. For this reason, the screw 20 and the wafer fixed above the substrate 10 are all packaged and fixed equally to the connecting parts and the like, and are connected to the power equipment by the connecting parts. However, when a general contractor uses the high-efficiency part module, the combined power parts are often combined with the high-efficiency part module. Since the board 10 is easy to take off, it is necessary to replace the parts of the big utility rate.
本考案の主な目的は、一種の比較的良好な装備構造の大功率のパーツモジュールを提供することで、ロックパーツを下から上に貫かせて固定させることで、ロックパーツを異なる孔径の大小の貫孔と拡槽の間におくこととする。これによって、ロックパーツはしっかりとその他にウエハに固定させ、パーツなどの多いと結合させ、ロックパーツと基板の安定した結合を利用して、結合パーツの外接電源の連接箇所で比較的大きな重力を請け負い、シール包装キットと基板の脱離の損壊を回避するものである。 The main purpose of the present invention is to provide a kind of comparatively good equipment structure with a high efficiency part module. By locking the lock parts from the bottom to the top, the lock parts can be of different sizes. It is assumed to be placed between the through hole and the expansion tank. As a result, the lock parts are firmly fixed to the wafer and bonded together when there are many parts, etc., and a relatively large gravity is applied at the connection part of the external power supply of the connection parts by utilizing the stable connection of the lock parts and the substrate. The contract is to avoid damage to the detachment of the seal packaging kit and the substrate.
図1から図3で示すところを参照されたし。本創作の大功率パーツモジュール組合の構造は主に基板1に複数個の貫孔11が設けられ、貫孔11の下端の開口に拡槽111を儲け、すべての貫孔11内にロックパーツ2を設置し、当該ロックパーツ2の構造にナット21を設け、柱体22およびロック23、ロックパーツ2は基板1の下方の貫孔11で上に向いて貫通するよう設置する。 See what is shown in FIGS. The structure of the large utility part module combination of this creation is mainly that a plurality of through holes 11 are provided in the substrate 1, a tank 111 is opened at the lower end opening of the through holes 11, and lock parts 2 are placed in all the through holes 11. The nut 21 is provided in the structure of the lock part 2, and the column body 22, the lock 23, and the lock part 2 are installed so as to penetrate upward through the through hole 11 below the substrate 1.
図3から図5の示すところを参照されたし。上述のロックパーツ2は基板1の下方から貫孔11を上に向って貫通設置し、このためそのナット21を貫孔11の拡槽111内に埋め込み、柱体22部分を貫孔11のなかに結合させ、ロックパーツ2のロック23は基板1の表面上に突出させるため、ロックパーツ2のナット21を拡槽111内に埋め込み、かつ貫孔11と拡槽111の間は異なる孔径のため、ナット21の埋め込む定位置について、ロックパーツ2によって簡単に貫穿の貫孔11が脱離しないようにする。 Please refer to FIG. 3 to FIG. The above-described lock part 2 is installed so as to penetrate the through hole 11 from the bottom of the substrate 1, and for this reason, the nut 21 is embedded in the expansion tank 111 of the through hole 11, and the column 22 part is placed in the through hole 11. Because the lock 23 of the lock part 2 protrudes on the surface of the substrate 1, the nut 21 of the lock part 2 is embedded in the expansion tank 111, and the through hole 11 and the expansion tank 111 have different hole diameters. In the fixed position where the nut 21 is embedded, the lock part 2 prevents the through-hole 11 from being penetrated easily.
引き続き、図1および図3の示すところを参照されたし。ロックパーツ2で固定した後の基板1上で結合固定させたウエハ3、および連結ウエハ3に設置した銅片4および結合パーツ5について、結合パーツ5で結合されたウエハ3の周縁に複数個のロックパーツ2が設けられ、当該の複数ロックパーツ2は結合パーツ5とそれぞれ密封シール6で包装し、当該の結合パーツ5で電力設備の電源と接する。 Please continue to refer to FIG. 1 and FIG. For the wafer 3 bonded and fixed on the substrate 1 after being fixed with the lock part 2, and the copper piece 4 and the bonding part 5 placed on the connecting wafer 3, a plurality of pieces are provided on the periphery of the wafer 3 bonded with the bonding part 5. A lock part 2 is provided, and the plurality of lock parts 2 are packaged with a joint part 5 and a hermetic seal 6 respectively, and the joint part 5 is in contact with the power source of the power facility.
当該のロックパーツ2は、下から上に向って穿ち貫いて固定させ、そのロックパーツ2はことなる孔径の大小の貫孔11と拡槽111の間におくこととし、このためロックパーツ2はその他ウエハ、結合パーツなどに覆われて安定し、またロックパーツ2と基板1の安定した結合を利用することで、結合パーツ5が外接電源の連接箇所で受ける大きな重力によってシール6で包装されたキットと基板1の脱離による損壊を回避できる。 The lock part 2 is pierced and fixed from the bottom to the top, and the lock part 2 is placed between the large and small through-holes 11 and the expansion tank 111 with different diameters. In addition, it is covered and stabilized by wafers, bonding parts, etc., and by utilizing the stable bonding of the lock part 2 and the substrate 1, the bonding part 5 is wrapped with the seal 6 by the large gravity received at the connection point of the external power supply. Damage due to detachment of the kit and the substrate 1 can be avoided.
1 基板
2 ロックパーツ
3 ウエハ
4 銅片
5 結合パーツ
6 シール
10 基板
11 貫孔
20 ネジ
21 ナット
22 柱体
23 ロック
111 拡槽
DESCRIPTION OF SYMBOLS 1 Substrate 2 Lock part 3 Wafer 4 Copper piece 5 Bonding part 6 Seal 10 Substrate 11 Through hole 20 Screw 21 Nut 22 Column body 23 Lock 111 Expansion tank
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2007007392U JP3140569U (en) | 2007-09-26 | 2007-09-26 | High power module |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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JP2007007392U JP3140569U (en) | 2007-09-26 | 2007-09-26 | High power module |
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Publication Number | Publication Date |
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JP3140569U true JP3140569U (en) | 2008-04-03 |
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ID=43290683
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JP2007007392U Expired - Fee Related JP3140569U (en) | 2007-09-26 | 2007-09-26 | High power module |
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JP (1) | JP3140569U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2010021338A (en) * | 2008-07-10 | 2010-01-28 | Mitsubishi Electric Corp | Semiconductor device, and method of manufacturing the same |
-
2007
- 2007-09-26 JP JP2007007392U patent/JP3140569U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2010021338A (en) * | 2008-07-10 | 2010-01-28 | Mitsubishi Electric Corp | Semiconductor device, and method of manufacturing the same |
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