TWI798519B - 半導體裝置及其製造方法 - Google Patents
半導體裝置及其製造方法 Download PDFInfo
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- TWI798519B TWI798519B TW109100632A TW109100632A TWI798519B TW I798519 B TWI798519 B TW I798519B TW 109100632 A TW109100632 A TW 109100632A TW 109100632 A TW109100632 A TW 109100632A TW I798519 B TWI798519 B TW I798519B
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- Condensed Matter Physics & Semiconductors (AREA)
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- Encapsulation Of And Coatings For Semiconductor Or Solid State Devices (AREA)
- Wire Bonding (AREA)
Abstract
本實施形態之半導體裝置具備第1基板。第1半導體晶片於與該第1基板對向之第1面上,具有與第1基板之端子連接之電極。第1樹脂層係非導電性,設置於第1基板與第1半導體晶片之間。並且,第1樹脂層覆蓋第1半導體晶片之與第1面為相反側之第2面整體,且具有較該第2面平坦之上表面。
Description
本實施形態係關於一種半導體裝置及其製造方法。
半導體晶片有時具有金屬凸塊,其藉由覆晶之方式連接至配線板上之端子上。又,半導體晶片有時被薄膜化,於經過半導體元件之製造工序時會產生翹曲。這種出現翹曲之半導體晶片若藉由覆晶之方式連接至配線板上,半導體晶片有時會出現缺口。
又,於出現翹曲之半導體晶片上積層其它半導體晶片時,積層之半導體晶片之間密接性差,亦會出現半導體晶片間之接著劑剝落之問題。
本發明提供一種半導體裝置,於將出現翹曲之半導體晶片安裝至配線板上時,可抑制半導體晶片之龜裂,於半導體晶片上良好地接著其它半導體晶片。
本實施形態之半導體裝置具備第1基板。第1半導體晶片於與上述第1基板對向之第1面上,具有連接於第1基板之端子之電極。第1樹脂層為非導電性,設置於第1基板與第1半導體晶片之間。並且,第1樹脂層覆蓋第1半導體晶片之與第1面為相反側之第2面整體,且具有較該第2面平坦之上表面。
以下,參照圖式來說明本發明之實施形態。本實施形態並非用於限定本發明。圖式係示意圖或概念圖,各部分之比率等未必與實物相同。於說明書及圖式中,對於與前圖已出現之元件相同之元件標註相同符號,並適當地省略詳細說明。
(第1實施形態)圖1係表示第1實施形態之半導體裝置之構成例之剖視圖。本實施形態之半導體裝置1例如係NAND型閃速記憶體。半導體裝置1具備配線板10、樹脂層20、控制器晶片30、接著層40、間隔件50、NAND型記憶體晶片(以下稱為記憶體晶片)60、金屬焊墊70、接合線80、密封樹脂90。再者,本實施形態並不限定於NAND型閃速記憶體,亦能應用於藉由覆晶連接之半導體裝置。
作為第1基板之配線板10具備絕緣基板11、配線12、接觸插塞13、金屬焊墊14、金屬凸塊15、阻焊劑16。絕緣基板11例如使用玻璃環氧樹脂等絕緣材料形成。配線12設置於絕緣基板11之表面、背面或內部,將金屬焊墊14與金屬凸塊15電性連接。接觸插塞13以貫穿絕緣基板11之方式設置,將配線12之間電性連接。金屬焊墊14於配線板10之表面連接控制器晶片30之電極31。金屬凸塊15於配線板10之背面連接於配線12。配線12、接觸插塞13及金屬焊墊14例如使用銅等導電性材料形成。金屬凸塊15例如使用鎳、焊料等導電性材料形成。
作為第1半導體晶片之控制器晶片30具有:與配線板10對向之第1面F1;位於第1面F1之相反側之第2面F2。第1面F1上,設置有作為電極之金屬凸塊31。金屬凸塊31連接於配線板10之金屬焊墊14。即,控制器晶片30藉由覆晶之方式連接於配線板10上。
控制器晶片30被薄化,於第1面F1或第2面F2上具有半導體元件。於形成半導體元件時,控制器晶片30有時會翹曲。控制器晶片30例如會以山形、椀形或鞍形翹曲。圖1中,控制器晶片30以山形翹曲。
樹脂層(第1樹脂層)20被填充於配線板10與控制器晶片30之間,覆蓋金屬焊墊14與電極31之連接部分而進行保護。進而,樹脂層20亦設置於控制器晶片30之第2面F2上,覆蓋第2面F2整體。樹脂層20為非導電性之樹脂材料(NCP(Non Conductive Paste)),例如可為環氧樹脂、丙烯酸樹脂、二氧化矽等混合而成之漿料。樹脂層20覆蓋控制器晶片30之整體,其上表面F3大致平坦。樹脂層20之上表面F3位於至少較控制器晶片30之第2面F2高之位置,較第2面F2更平坦。
間隔件50設置於控制器晶片30之周圍,藉由接著層(DAF(Die Attachment Film))40而接著於配線板10上。間隔件50之設置高度為與樹脂層20之上表面F3之高度大致相等,支持記憶體晶片60。間隔件50例如具有四邊形之框形狀,以包圍控制器晶片30四周之方式設置於配線板10之表面上。間隔件50例如使用矽等材料形成。
記憶體晶片60設置於控制器晶片30之上方,藉由接著層40接著於樹脂層20及間隔件50上。記憶體晶片60例如具有將複數個記憶胞三維配置而成之立體型記憶胞陣列。接著層40設置於樹脂層20及間隔件50上,將記憶體晶片60接著於樹脂層20及間隔件50上。
此處,控制器晶片30具有翹曲,但控制器晶片30之第2面F2整體上設置有樹脂層20。樹脂層20之上表面F3大致平坦,因此,記憶體晶片60可不受控制器晶片30之翹曲之影響而配置於大致平坦之樹脂層20之上表面F3上。因此,可抑制記憶體晶片60產生缺口。
複數個接著層40及複數個記憶體晶片60亦可交替地積層於樹脂層20及間隔件50上。如此,即使於控制器晶片30之上方積層複數個記憶體晶片60,由於樹脂層20之上表面F3大致平坦,因此,複數個記憶體晶片60亦難以受到控制器晶片30之翹曲之影響。即,複數個記憶體晶片60不易出現缺口,不易自接著層40剝落。
接合線80將記憶體晶片60之金屬焊墊70與配線板10之金屬焊墊14之任一個之間電性連接。作為第2樹脂層之密封樹脂90整體覆蓋控制器晶片30、記憶體晶片60、接合線80等配線板10上之構造進行保護。
如此,根據本實施形態,樹脂層20覆蓋控制器晶片30之第2面F2整體,控制器晶片30之第2面F2形成為大致平坦之上表面F3。藉此,即使控制器晶片30翹曲時,樹脂層20亦會抵消控制器晶片30之翹曲而大致平坦地設置於第2面F2上。因此,樹脂層20之厚度T20較佳為控制器晶片30之翹曲量(控制器晶片30之上端與下端之間的距離)T30以上。藉此,樹脂層20可自配線板10之表面一直設置至控制器晶片30之上端,從而可大致平坦地覆蓋第2面F2整體。由於樹脂層20之上表面F3大致平坦,因此記憶體晶片60不易受到控制器晶片30之翹曲之影響。因此,即使於控制器晶片30之上方積層複數個記憶體晶片60,亦能抑制記憶體晶片60之缺口或接著不良。
再者,圖1中,同一半導體封裝體內設置有兩個晶片,即,藉由覆晶方式連接之控制器晶片30及藉由引線接合方式連接之記憶體晶片60。即,圖1中,表示混合型多晶片封裝體。但,本實施形態亦可與控制器晶片30同樣地將複數個記憶體晶片60藉由覆晶之方式連接。
其次,說明本實施形態之半導體裝置1之製造方法。
圖2(A)~圖8係表示第1實施形態之半導體裝置1之製造方法之一例之立體圖或剖視圖。圖2(A)~圖2(D)表示半導體晶圓製程至切割工序之製造工序。半導體晶圓製程可應用於控制器晶片30及記憶體晶片60之任一個。以下,亦將控制器晶片30或記憶體晶片60稱為半導體晶片C。
首先,於半導體晶圓W之表面上,形成未圖示之半導體元件。半導體元件可為記憶胞陣列或CMOS(Complementary Metal Oxide Semiconductor,互補金氧半導體)電路等。其次,藉由CMP(Chemical Mechanical Polishing,化學機械研磨)法等對半導體晶圓W之背面進行研磨。然後,於半導體晶圓W上形成TSV(Through Silicon Via,矽穿孔)、電極焊墊、金屬凸塊等(均未圖示)。
圖2(A)表示形成半導體元件後之半導體晶圓W。複數個半導體晶片C之間有切割線DL,如下所述,藉由切斷該切割線DL而將半導體晶片C單片化。
其次,如圖2(B)所示,於張設在晶圓環130內之可撓性之樹脂帶131上貼附半導體晶圓W。然後,使用雷射振盪器150自半導體晶圓W之表面對與切割線DL對應之部分照射雷射光。藉此,於半導體晶圓W之切割線DL上形成槽。
其次,如圖2(C)所示,使用切割刀片160切斷半導體晶圓W之切割線DL。藉此,於樹脂帶131上,將半導體晶圓W單片化為半導體晶片C。
其次,對樹脂帶131照射紫外線,減弱半導體晶片C與樹脂帶131之間之接著劑之黏接性,從而能夠自樹脂帶131取下半導體晶片C,再者進行外觀檢查等。
圖3~圖8表示於配線板10上安裝半導體晶片C(控制器晶片30或記憶體晶片60)之組裝工序。再者,於圖4以後之圖中,省略了控制器晶片30之翹曲之圖示。
如圖3所示,向配線板10之表面上供給樹脂層20之材料。於此階段中,樹脂層20之材料為液狀,被供給至配置控制器晶片30之區域。
其次,如圖4所示,壓接裝置100經由FAB(Film Assist Bonding,膜輔助接合)膜95吸附控制器晶片30,並將該控制器晶片30配置於配線板10上。此時,壓接裝置100以設置於控制器晶片30之第1面F1上之電極31對應於配線板10之金屬焊墊14之方式,於配線板10上積層控制器晶片30。
壓接裝置100具有與未圖示之真空泵連接之抽吸孔105,藉由該抽吸孔105來吸附控制器晶片30。壓接裝置100之吸附面為大致平坦面,以便將控制器晶片30壓接至配線板10上,且使樹脂層20之上表面F3大致平坦。為了使樹脂層20之材料不會附著於壓接裝置100上,壓接裝置100與控制器晶片30之間介置有作為樹脂膜之FAB膜95。為了使FAB膜95不會阻礙壓接裝置100對控制器晶片30之吸附,於FAB膜95上與抽吸孔105對應之部位設置有孔。
壓接裝置100於將控制器晶片30積層至配線板10上之後,對配線板10及控制器晶片30施加壓力並進行加熱。藉此,將控制器晶片30之電極31與配線板10之金屬焊墊14連接(熔接)。於配線板10上積層控制器晶片30時,樹脂層20之材料向壓接裝置100及控制器晶片30之兩側擠出,並藉由控制器晶片30之側面一定程度堆至第2面F2側。為了使樹脂層20之材料會向第2面F2側擠出,於圖3之樹脂層20之材料之供給階段,調節樹脂層20之材料之供給量。
其次,如圖5所示,停止壓接裝置100之抽真空,使壓接裝置100略向D1方向上升。此時,由於抽真空停止,因此控制器晶片30自壓接裝置100脫離而留於配線板10上。D1方向係控制器晶片30及記憶體晶片60之積層方向,於鉛垂方向上朝上。
其次,如圖6所示,向D2方向移動FAB膜95,使FAB膜95之孔之位置與壓接裝置100之抽吸孔105之位置錯開。較佳為於壓接裝置100之吸附面上,FAB膜95之孔不重疊。此時,壓接裝置100不進行抽真空,因此FAB膜95可容易地相對於壓接裝置100移動。藉此,可抑制樹脂層20之材料藉由FAB膜95之孔而附著於壓接裝置100之情形。
其次,向D3方向略微下降壓接裝置100。D3方向係積層方向,於鉛垂方向上朝下。此處,壓接裝置100之底面之FAB膜95與控制器晶片30之第2面F2之間會形成間隙G。下一工序中,樹脂層20之材料被導入間隙G,FAB膜95上與控制器晶片30對向之面變成樹脂層20之上表面F3。因此,壓接裝置100之底面之設定位置較樹脂層20之上表面F3高了FAB膜95之高度。
其次,如圖7所示,使壓接裝置100向D4方向往返動作。D4方向係大致水平之方向,該方向與D1、D3方向大致正交。此時,FAB膜95不移動,壓接裝置100相對於FAB膜95而相對移動。如此,於樹脂層20上配置FAB膜95,藉由該FAB膜95而用壓接裝置100使樹脂層20之上表面平坦化。藉此,樹脂層20之材料於間隙G內擴散,FAB膜95與控制器晶片30之間變得大致平坦。結果,控制器晶片30嵌入樹脂層20內,樹脂層20之材料覆蓋第2面F2整體。又,樹脂層20之上表面F3大致平坦化。如此,當壓接裝置100之底面(壓接面)之面積小於控制器晶片30之第2面F2之面積時,藉由使壓接裝置100朝大致水平方向往返動作,將樹脂層20大致整平。其次,藉由對樹脂層20之材料進行熱處理等,而使樹脂層20固化。
其次,如圖8所示,藉由接著層40,於控制器晶片30周圍接著間隔件50。進而,於間隔件50及樹脂層20上形成接著層40,於該接著層40上配置記憶體晶片60。藉此,記憶體晶片60於控制器晶片30之上方接著於樹脂層20及間隔件50上。
然後,亦可進一步積層接著層40及記憶體晶片60。藉由引線接合,用密封樹脂90將記憶體晶片60及控制器晶片30密封。藉此,完成圖1所示之半導體裝置1。亦可代替引線接合,而使用未圖示之金屬凸塊,將複數個記憶體晶片60以覆晶之方式連接。
如上所述,根據本實施形態,壓接裝置100於配線板10上積層控制器晶片30並進行覆晶連接後,接著於FAB膜95與控制器晶片30之間形成間隙G,並向間隙G導入樹脂層20之材料。然後,壓接裝置100自FAB膜95上使樹脂層20大致平坦,藉由樹脂層20覆蓋控制器晶片30之第2面F2整體。藉此,即使當控制器晶片30翹曲時,樹脂層20亦能抵消控制器晶片30之翹曲而大致平坦地覆蓋第2面F2。結果,即使於控制器晶片30之上方積層記憶體晶片60,亦能抑制記憶體晶片60之缺口、接著不良。再者,第1實施形態中,樹脂層20之材料僅供給一次,但如第3實施形態及之後之實施形態所示,亦可分為兩次供給。
(第2實施形態)圖9~圖11係表示第2實施形態之半導體裝置1之製造方法之一例之剖視圖。第2實施形態中,壓接裝置100之吸附面之面積大於控制器晶片30之第2面F2之面積。因此,不用向D4方向移動壓接裝置100,即可使樹脂層20之材料大致平坦。
例如,如圖3所示,向配線板10上供給樹脂層20之材料後,如圖9所示,壓接裝置100藉由FAB膜95吸附控制器晶片30,將該控制器晶片30配置於配線板10上。壓接裝置100對配線板10及控制器晶片30施加壓力並進行加熱。藉此,將控制器晶片30之電極31與配線板10之金屬焊墊14藉由覆晶之方式連接。
其次,如圖10所示,停止壓接裝置100之抽真空,向D1方向略微上升壓接裝置100。其次,以樹脂層20之材料不會附著至壓接裝置100之方式,向D2方向移動FAB膜95,使FAB膜95之孔之位置與壓接裝置100之抽吸孔105之位置錯開。
其次,如圖11所示,向D3方向略微下降壓接裝置100,利用毛細管現象向間隙G內導入樹脂層20之材料。藉此,樹脂層20之材料覆蓋第2面F2整體,其上表面F3大致平坦化。進而,藉由對樹脂層20之材料進行熱處理等而使樹脂層20固化。
之後之工序如第1實施形態說明般進行。藉此,完成圖1所示之半導體裝置1。如此,即使使用吸附面之面積大之壓接裝置100,亦能製造本實施形態之半導體裝置1。於此情形時,無需使壓接裝置100向D4方向往返動作。
(第3實施形態)圖12~圖15係表示第3實施形態之半導體裝置1之製造方法之一例之剖視圖。第3實施形態中,樹脂層20之材料分為兩次供給。例如,如圖3所示,向配線板10之表面上供給樹脂層20之材料。
其次,如圖12所示,壓接裝置100藉由FAB膜95吸附控制器晶片30,將該控制器晶片30配置於配線板10上。此時,壓接裝置100以控制器晶片30之第1面F1上設置之電極31與配線板10之金屬焊墊14對應之方式,於配線板10上積層控制器晶片30。壓接裝置100對配線板10及控制器晶片30施加壓力並進行加熱,將控制器晶片30之電極31與配線板10之金屬焊墊14藉由覆晶之方式連接。第3實施形態之該階段中,壓接裝置100並未於FAB膜95與控制器晶片30之間形成間隙G,暫時未用樹脂層20覆蓋控制器晶片30之第2面F2。因此,得到圖13所示之構造。
其次,如圖14所示,再次向控制器晶片30之第2面F2上供給樹脂層20之材料。
其次,如圖15所示,壓接裝置100經由FAB膜95將樹脂層20之材料於控制器晶片30之第2面F2上整平為大致平坦。FAB膜95之孔之位置與壓接裝置100之抽吸孔105之位置錯開。此時,壓接裝置100以於FAB膜95與控制器晶片30之第2面F2之間形成間隙G之方式,朝D4方向進行往返動作。藉此,樹脂層20之材料被導入間隙G,樹脂層20之上表面變得大致平坦。進而,藉由對樹脂層20之材料進行熱處理等,使樹脂層20固化。
如此,於第3實施形態中,第一次供給樹脂層20之材料後,壓接裝置100為了將控制器晶片30藉由覆晶之方式連接至配線板10上,而於配線板10上對控制器晶片30施加壓力。然後,第二次供給樹脂層20之材料後,壓接裝置100再次向控制器晶片30上移動,以由樹脂層20大致平坦地覆蓋控制器晶片30之第2面F2之方式,將樹脂層20之材料整平。
其後之工序如第1實施形態說明般進行。藉此,完成圖1所示之半導體裝置1。如此,即使分兩次供給樹脂層20之材料,亦能製造本實施形態之半導體裝置1。
(第4實施形態)圖16~圖19係表示第4實施形態之半導體裝置1之製造方法之一例之剖視圖。第4實施形態中,分兩次供給樹脂層20之材料,此點與第3實施形態相同。另一方面,與第2實施形態同樣地,壓接裝置100之吸附面之面積大於控制器晶片30之第2面F2之面積。即,第4實施形態係第2及第3實施形態之組合。
例如,如圖3所示,向配線板10之表面上供給樹脂層20之材料。其次,如圖16所示,壓接裝置100經由FAB膜95吸附控制器晶片30,將該控制器晶片30配置於配線板10上。此時,壓接裝置100以將設置於控制器晶片30之第1面F1上之電極31與配線板10之金屬焊墊14對應之方式,於配線板10上積層控制器晶片30。壓接裝置100對配線板10及控制器晶片30施加壓力並進行加熱,將控制器晶片30之電極31與配線板10之金屬焊墊14予以覆晶連接。在第4實施形態之該階段,壓接裝置100並未於FAB膜95與控制器晶片30之間形成間隙G,尚未由樹脂層20覆蓋控制器晶片30之第2面F2。因此,得到圖17所示之構造。
其次,如圖18所示,再次向控制器晶片30之第2面F2上供給樹脂層20之材料。
其次,如圖19所示,壓接裝置100藉由FAB膜95將樹脂層20之材料於控制器晶片30之第2面F2上整平為大致平坦。FAB膜95之孔之位置與壓接裝置100之抽吸孔105之位置錯開。此時,壓接裝置100之吸附面之面積大於控制器晶片30之第2面F2之面積,因此,壓接裝置100無需向D4方向移動。FAB膜95與控制器晶片30之第2面F2之間之間隙G內導入樹脂層20之材料,樹脂層20之上表面大致平坦。進而,藉由對樹脂層20之材料進行熱處理等,而使樹脂層20固化。
之後之工序如第1實施形態說明之那樣進行。藉此,完成圖1所示之半導體裝置1。如此,組合第2及第3實施形態亦能製造半導體裝置1。
雖然對本發明之若干實施形態進行了說明,但該等實施形態係作為示例而提出者,並不意圖限定發明之範圍。該等實施形態能以其它各種形態實施,且於不脫離發明主旨之範圍內,可進行各種省略、替換、變更。該等實施形態及其變化包含於發明範圍及主旨內,且同樣包含於申請專利範圍所記載之發明及其均等範圍內。相關申請引用
本案基於2019年8月27日申請之先行之日本專利申請第2019-154549號之優先權之利益,且要求其利益,其所有內容藉由引用之方式包含於本文中。
1:半導體裝置10:配線板11:絕緣基板12:配線13:接觸插塞14:金屬焊墊15:金屬凸塊16:阻焊劑20:樹脂層30:控制器晶片31:電極40:接著層50:間隔件60:NAND型記憶體晶片70:金屬焊墊80:接合線90:密封樹脂95:FAB膜100:壓接裝置105:抽吸孔130:晶圓環131:樹脂帶150:雷射振盪器160:切割刀片C:半導體晶DL:切割線F1:第1面F2:第2面F3:樹脂層20之上表面G:間隙T20:厚度T30:翹曲量W:半導體晶圓
圖1係表示第1實施形態之半導體裝置之構成例之剖視圖。 圖2(A)~(C)係表示第1實施形態之半導體裝置之製造方法之一例之立體圖。 圖3係接著圖2表示半導體裝置之製造方法之一例之剖視圖。 圖4係接著圖3表示半導體裝置之製造方法之一例之剖視圖。 圖5係接著圖4表示半導體裝置之製造方法之一例之剖視圖。 圖6係接著圖5表示半導體裝置之製造方法之一例之剖視圖。 圖7係接著圖6表示半導體裝置之製造方法之一例之剖視圖。 圖8係接著圖7表示半導體裝置之製造方法之一例之剖視圖。 圖9係表示第2實施形態之半導體裝置之製造方法之一例之剖視圖。 圖10係接著圖9表示半導體裝置之製造方法之一例之剖視圖。 圖11係接著圖10表示半導體裝置之製造方法之一例之剖視圖。 圖12係表示第3實施形態之半導體裝置之製造方法之一例之剖視圖。 圖13係接著圖12表示半導體裝置之製造方法之一例之剖視圖。 圖14係接著圖13表示半導體裝置之製造方法之一例之剖視圖。 圖15係接著圖14表示半導體裝置之製造方法之一例之剖視圖。 圖16係表示第4實施形態之半導體裝置之製造方法之一例之剖視圖。 圖17係接著圖16表示半導體裝置之製造方法之一例之剖視圖。 圖18係接著圖17表示半導體裝置之製造方法之一例之剖視圖。 圖19係接著圖18表示半導體裝置之製造方法之一例之剖視圖。
1:半導體裝置
10:配線板
11:絕緣基板
12:配線
13:接觸插塞
14:金屬焊墊
15:金屬凸塊
16:阻焊劑
20:樹脂層
30:控制器晶片
31:電極
40:接著層
50:間隔件
60:NAND型記憶體晶片
70:金屬焊墊
80:接合線
90:密封樹脂
F1:第1面
F2:第2面
F3:樹脂層20之上表面
T20:厚度
T30:翹曲量
Claims (7)
- 一種半導體裝置,其具備:第1基板,其設置有第1端子;有翹曲之第1半導體晶片,其於與上述第1基板對向之第1面上,具有與上述第1基板之上述第1端子連接之電極;非導電性之第1樹脂層,其設置於上述第1基板與上述第1半導體晶片之間,且覆蓋上述第1半導體晶片之與上述第1面為相反側之第2面整體;接著層,其設置於上述第1樹脂層之上表面上;第2半導體晶片,其設置於上述接著層上;及第2樹脂層,其覆蓋上述第2半導體晶片、上述第1樹脂層及上述第1基板之表面;其中上述第1樹脂層之上述上表面較上述第2面平坦。
- 如請求項1之半導體裝置,其進而具備間隔件,該間隔件設置於上述第1半導體晶片之周圍,具有與上述第1樹脂層之上述上表面之高度大致相等之高度,上述第2半導體晶片設置於上述第1樹脂層及上述間隔件之上。
- 如請求項1或2之半導體裝置,其中,上述第1樹脂層之厚度為上述第1半導體晶片之翹曲量以上。
- 一種半導體裝置之製造方法,其包括如下步驟:向設置有第1端子之 第1基板上供給非導電性之第1樹脂層之材料,以將設置在第1半導體晶片之第1面上之電極與上述第1端子對應之方式,於上述第1基板上積層有翹曲之第1半導體晶片,藉由對上述第1基板及上述第1半導體晶片施加壓力並進行加熱,而將上述第1半導體晶片之電極與上述第1基板之端子連接,於上述第1半導體晶片之與上述第1面為相反側之第2面整體覆蓋上述第1樹脂層之材料,於上述第1樹脂層之上表面上設置接著層,於上述接著層上設置第2半導體晶片,設置第2樹脂層,該第2樹脂層覆蓋上述第2半導體晶片、上述第1樹脂層及上述第1基板之表面,其中上述第1樹脂層之上述上表面較上述第2面平坦。
- 如請求項4之半導體裝置之製造方法,其中,使用壓接裝置將上述第1半導體晶片之電極與上述第1基板之端子連接後,要平坦化上述第1樹脂層時,藉由樹脂膜使上述第1樹脂層之上表面平坦化。
- 如請求項4或5之半導體裝置之製造方法,其中,使用壓接裝置將上述第1端子與上述電極連接後,於上述第2面與上述壓接裝置之間設置間隙,並向上述間隙內導入上述第1樹脂層之材料。
- 如請求項4或5之半導體裝置之製造方法,其中,使用壓接裝置將上述第1端子與上述電極連接後,再次向上述第2面上供給上述第1樹脂層之材料,上述壓接裝置以上述第1樹脂層之材料覆蓋上述第2面整體。
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