JP5984394B2 - 3次元実装方法および装置 - Google Patents
3次元実装方法および装置 Download PDFInfo
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Description
すなわち、最下層の被接合物に対し順次積層されていく上層被接合物は、通常、一面が回路面に形成され、この回路面から裏面へと貫通する電極を有している。この回路面を下面側にして、その下方に位置している被接合物に対し電極同士の位置合わせを行った後、積層し接合していく。接合されたこの上層被接合物の位置を上記回路面とは反対側の裏面側から認識し、認識した位置を基準にさらに上層の被接合物の位置を合わせて、積層、接合していく。したがって、複数の上層被接合物を積層していく途中の段階では、積層された上層被接合物の位置を常に裏面側から読み取って認識しなければならない。
図1は、本発明の一実施態様に係る3次元実装装置を示している。3次元実装装置1は、電極2を備えた最下層被接合物としての最下層チップ3上に、貫通電極4を備えた複数の上層被接合物としての上層チップ5を複数、電極2、4同士の位置を合わせた状態で順次積層するものからなる。3次元実装装置1は、図2にも示すように、ステージ6上に保持された(例えば、吸着保持された)最下層チップ3のアライメント用位置(例えば、アライメント用マークの位置)を認識する第1の認識手段と、ヘッド7(例えば、加圧・加熱ヘッド)に保持された上層チップ5のアライメント用位置(例えば、アライメント用マークの位置)を認識する第2の認識手段とを有しており、本実施態様では、第1の認識手段と第2の認識手段が上下2方向に視野を有する2視野認識手段としての2視野カメラ8として構成されている。2視野カメラ8は、下方の最下層チップ3と上方の上層チップ5との間に、つまり、上層チップ5の実装位置に対し、必要に応じて進退できるように設けられている。
まず、ステージ6上に保持されている最下層チップ3のアライメント用位置(アライメント用マークの位置)が第1の認識手段(2視野カメラ8の下方に視野を有するカメラ)で認識され、その位置情報が実装制御手段9内の記憶手段に記憶される。この記憶手段に記憶された最下層チップ3のアライメント用位置情報を基準に、順次積層されていく全ての上層チップ5の位置合わせが順次行われる。上層チップ5のアライメント用位置(アライメント用マークの位置)は、第2の認識手段(2視野カメラ8の上方に視野を有するカメラ)で認識され、この認識位置情報が上記記憶手段に記憶された最下層チップ3のアライメント用位置情報と突き合わされ、電極2、4同士の位置が合うように、上層チップ5の位置が制御される。実際には、本実施態様ではステージ6側の位置が制御されるので、両位置情報に基づいて、ステージ6の位置制御が行われる。
2 電極
3 最下層被接合物としての最下層チップ
4 貫通電極
5 上層被接合物としての上層チップ
6 ステージ
7 ヘッド
8 第1の認識手段と第2の認識手段を備えた2視野認識手段としての2視野カメラ
9 実装制御手段
11 第2の認識手段としてのカメラ
Claims (10)
- 電極を備えた最下層被接合物上に貫通電極を備えた複数の上層被接合物を電極同士の位置を合わせた状態で順次積層及び接合する3次元実装方法において、前記最下層被接合物のアライメント用位置を第1の認識手段で認識して記憶し、複数の上層被接合物のアライメント用位置を第2の認識手段で順次認識し、前記記憶されている最下層被接合物のアライメント用位置を基準にして、アライメント用位置が認識された全ての上層被接合物の位置を電極が順次接続されていく所定の位置に順次合わせつつ、所定の位置に合わせられた上層被接合物を順次積層及び接合することを特徴とする3次元実装方法。
- 前記最下層被接合物のアライメント用位置を、該最下層被接合物の上面に付されたアライメント用マークにより認識し、前記複数の上層被接合物のアライメント用位置を、各上層被接合物の下面に付されたアライメント用マークにより認識する、請求項1に記載の3次元実装方法。
- 順次積層されていく上層被接合物毎に、積層方向における前記最下層被接合物の位置またはそれに相当する基準位置に対する実装高さを制御する、請求項1または2に記載の3次元実装方法。
- 上層被接合物が実装位置上にあるときに上層被接合物を第2の認識手段で認識する、請求項1〜3のいずれかに記載の3次元実装方法。
- 前記被接合物がチップまたはウエハーからなる、請求項1〜4のいずれかに記載の3次元実装方法。
- 電極を備えた最下層被接合物上に貫通電極を備えた複数の上層被接合物を電極同士の位置を合わせた状態で順次積層及び接合する3次元実装装置において、ステージ上に保持された前記最下層被接合物のアライメント用位置を認識する第1の認識手段と、該第1の認識手段で認識された最下層被接合物のアライメント用位置を記憶する記憶手段と、前記順次積層されていく上層被接合物を保持するヘッドと前記最下層被接合物を保持した前記ステージとの相対位置を制御可能な移動手段と、前記ヘッドに保持された上層被接合物のアライメント用位置を認識する第2の認識手段と、前記記憶手段に記憶されている最下層被接合物の前記アライメント用位置を基準にして前記第2の認識手段で順次認識される全ての上層被接合物の位置を電極が順次接続されていく所定の位置に順次合わせつつ、所定の位置に合わせられた上層被接合物を順次積層及び接合する実装制御手段と、を有することを特徴とする3次元実装装置。
- 前記最下層被接合物のアライメント用位置が、該最下層被接合物の上面に付されたアライメント用マークにより認識され、前記複数の上層被接合物のアライメント用位置が、各上層被接合物の下面に付されたアライメント用マークにより認識される、請求項6に記載の3次元実装装置。
- 前記実装制御手段は、順次積層されていく上層被接合物毎に、積層方向における前記最下層被接合物の位置またはそれに相当する基準位置に対する実装高さを変えるように上層被接合物の積層高さ方向の位置を制御する、請求項6または7に記載の3次元実装装置。
- 前記第2の認識手段は、上層被接合物を保持するヘッドが実装位置上にあるときに上層被接合物を認識する、請求項6〜8のいずれかに記載の3次元実装装置。
- 前記被接合物がチップまたはウエハーからなる、請求項6〜9のいずれかに記載の3次元実装装置。
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JP2014187185A (ja) * | 2013-03-22 | 2014-10-02 | Renesas Electronics Corp | 半導体装置の製造方法 |
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