1327798 _ .*1327798 _ .*
I 九、發明說明： 【發明所屬之技術領域】 本發明係關於撓性扁電纜（以下，稱爲FFC)或燒性印刷 電路板（以下，稱爲FPC)用的電連接器。 【先前技術】 第7圖爲插入FFC或FPC之狀態下的現有連接器的前視 圖，第8圖爲沿著第7圖中之C-C線所作的剖面圖。 • 現有電連接器具備，殼體1、及固定、支撐於由該連接 I面朝向殻體內部所形成的端子安裝空間內的端子的接點棒 2，而在殼體1上，以上述接點棒2之各個交叉且不接觸的 方式設置分離壁9。元件符號5係端子的固定部。 該分離壁9的高度係設定爲在與端子安裝空間內壁Π 之間確保較FFC、FPC的基體3厚度要大的間隙的尺寸’ 形成爲可將FFC或FPC之基體3插入接點棒2與端子安裝 空間內壁17之間，以使端子的接點棒2與FFC或FPC之導 電焊墊4可電連接的構成。此種電連接器已揭示於日本特 開平8-273 77 2號公報等。 ®【發明內容】 (發明所欲解決之問題） 在現有電連接器中，爲減小分離壁9的高度，在與FFC 或FPC之基體3之間產生空隙14而鄰接的接點8，具有相 互能見的關係。因此，從鄰接的接點8通過空隙14而相互 地生長觸鬚15進而接觸的情況時，有會引起端子間短路的 課題。 雖然爲因應昨今的環境問題，而導入電氣零件的無鉛 1327798 產連上 易電點 容如接 ，在的 時，力 況其應 情尤加 的。施 錫知被 鍍周在 的爲， 性是中 用路置 通短裝 有箔的 具或力 且子應 價端加 廉接施 用鄰被 使使常 在而經 但鬚般 , 觸器 化生接 觀察到長度爲100〜2 00 的觸鬚15的顯著生長，從而妨 礙了電連接器及FFC、FPC表面電鍍的無鉛化之進展。 因此，在現有構成的電連接器中，在爲達成無鉛化而使 用鍍錫的情況時，由於在接點棒2與FFC、FPC之基體3 的接點8生長觸鬚，並朝向鄰接之接點棒2間的接點棒2 的上述空隙生成而接觸，而有引起電路短路的問題。 另外，爲防止該短路，亦有在端子表面使用不產生觸鬚 的鍍金，該情況有墊連接器的價格變得高價的問題。 本發明係鑒於上述問題點而完成者，其目的在提供一種 藉由在保持鍍錫等的無鉛化電鍍的FFC或FPC時被經常施 加的應力，使得即使生長觸鬚時，亦不會在鄰接之接觸板 間引起短路的電連接器。 (解決問題之手段） 本發明之電連接器，係在寬度方向上細長之絕緣性殼體 上形成可插入撓性扁電纜（FFC)或撓性印刷電路板（FPC)之 基體的開口，具備安裝在由開口朝向殼體內部所形成的端 子安裝空間內的複數端子，並使鄰接端子不接觸的方式在 端子間具有分離壁，其特徵爲：將分離壁前端與殼體內壁 的間隔，設定爲比FFC或FPC之基體厚度更小。在插入FFC 或FPC之情況，使位於FFC或FPC之導電焊墊間的絕緣部 與伸長分離壁密接，可讓各端子及FFC或FPC之導電焊墊 存在於周圍被閉塞的空間內。 1327798 根據本實施型態，利用具有與以接點 接點爲中心而在FFC、FPC之插入方向調 以上的FFC、FPC絕緣部密接的伸長分 接點生長觸鬚時亦不會有引起與鄰接； 點。 亦即，在將FFC ' FPC插入電連接器 之導電焊墊與端子前端相接觸的接點周 離壁與FFC、FPC基體的密接所閉塞而 φ 塞的空間，利用具有以接點爲中心而在 方向前後分別爲200；am以上之密接的f 因接點生長觸鬚時亦不會引起與鄰接之 的效果。因此具有可廉價地將可無鉛化 及FFC、FPC之表面電鍍的優點。 本發明之電連接器，其特徵爲：利用 部且減薄前端，可形成爲即使位於FFC 電焊墊間的絕緣部寬度爲狹窄時，亦不 $而僅與絕緣部密接的構成。 根據本實施型態，大多數情況由樹脂 壁之射出成型時’熔化樹脂的流入也良 因流入不良而造成的分離壁形狀不全的 減薄前端’具有即使在FFC、FPC之導 寬度爲狹窄的小型電連接器中，亦有伸 抵接於絕緣部的效果。 另外’本發明之電連接器，其特徵爲： 或FPC之原材料更高的材料來形成分離[Technical Field] The present invention relates to an electrical connector for a flexible flat cable (hereinafter referred to as FFC) or a burnt printed circuit board (hereinafter referred to as FPC). [Prior Art] Fig. 7 is a front view of an existing connector in a state in which an FFC or FPC is inserted, and Fig. 8 is a cross-sectional view taken along line C-C in Fig. 7. • The conventional electrical connector includes a housing 1 and a contact bar 2 fixed and supported by a terminal in the terminal mounting space formed by the connection I surface toward the inside of the housing, and the housing 1 is connected to the above The separating wall 9 is provided in such a manner that each of the spot bars 2 is crossed and not in contact. The component symbol 5 is a fixing portion of the terminal. The height of the separation wall 9 is set to ensure a gap larger than the thickness of the base body 3 of the FFC and the FPC between the inner wall of the terminal mounting space. The base body 3 of the FFC or FPC can be inserted into the contact rod 2 Between the inner wall 17 of the terminal mounting space, the contact bar 2 of the terminal and the conductive pad 4 of the FFC or FPC are electrically connected. Such an electrical connector is disclosed in Japanese Laid-Open Patent Publication No. 8-273 77-2. In the prior art, in order to reduce the height of the separation wall 9, a contact 8 which is adjacent to the space 3 of the FFC or FPC and which is adjacent to the contact point 8 has The relationship between each other. Therefore, when the contact pins 15 are mutually grown by the gaps 14 from the adjacent contacts 8 and are in contact with each other, there is a problem that a short circuit between the terminals occurs. Although the lead-free 1327798, which is imported into electrical parts in response to the environmental problems of the past and today, is connected to the electric power, it is especially important at the time. Shi Xizhi is plated for the week, the sex is the middle of the road, the short-loaded foil with the force or force and the sub-price end plus the low-cost application of the neighbor is made to be in the usual but necessary, the contactor is connected to observe The significant growth of the whiskers 15 to a length of 100 to 2 00 hinders the progress of lead-free plating of the electrical connectors and FFC, FPC surfaces. Therefore, in the conventional electrical connector, when tin plating is used to achieve lead-free, the contact points are grown at the contact 8 of the contact bar 2 and the substrate 3 of the FFC and the FPC, and the adjacent contact is made. The above-mentioned voids of the contact bars 2 between the rods 2 are generated and contacted, and there is a problem that the circuit is short-circuited. Further, in order to prevent this short circuit, there is also a problem of using gold plating which does not generate whiskers on the surface of the terminal, and in this case, there is a problem that the price of the pad connector becomes expensive. The present invention has been made in view of the above problems, and an object thereof is to provide a stress which is often applied by holding a lead-free plated FFC or FPC such as tin plating, so that even when a tentacles are grown, it is not adjacent. An electrical connector that causes a short circuit between the contact plates. (Means for Solving the Problem) The electrical connector of the present invention has an opening into which a base body of a flexible flat cable (FFC) or a flexible printed circuit board (FPC) can be inserted in an insulating case elongated in the width direction. A plurality of terminals mounted in the terminal mounting space formed by the opening toward the inside of the casing, and having a separating wall between the terminals in such a manner that the adjacent terminals are not in contact with each other, wherein the distance between the front end of the separating wall and the inner wall of the casing is set It is smaller than the thickness of the substrate of FFC or FPC. In the case of inserting the FFC or FPC, the insulating portion between the conductive pads of the FFC or FPC is brought into close contact with the elongated separation wall, so that the terminals and the conductive pads of the FFC or FPC are present in the space where the surroundings are closed. 1327798 According to the present embodiment, when the tentacles are grown by the elongated tap points which are in close contact with the FFC and FPC insulating portions which are centered on the contact points of the FFC and the FPC, the contact points are not caused and abutted; point. That is, the space in which the FEC 'FPC inserted into the electrical connector of the electrical connector is in contact with the tip end of the terminal, and the gap between the peripheral wall and the FFC and the FPC substrate is closed, and the space is φ plugged, and the direction is centered on the contact point. The front and back are respectively 200; the close contact of am or more does not cause the effect of abutment when the contact grows the tentacles. Therefore, there is an advantage that the surface of lead-free and FFC, FPC can be plated at low cost. The electrical connector of the present invention is characterized in that the use portion and the thinned front end are formed so as not to be in close contact with the insulating portion even when the width of the insulating portion between the FFC pads is narrow. According to the present embodiment, in most cases, when the resin wall is injection-molded, the inflow of the molten resin is also caused by poor inflow, and the thinned front end of the shape of the separated wall has a narrow width even when the FFC and the FPC are narrow. In the small electrical connector, there is also the effect of extending to the insulating portion. Further, the electrical connector of the present invention is characterized by: or a higher material of the FPC material to form a separation
棒及FFC 、 FPC之 U後分別爲200 /z m 離壁，具有即使因 匕接點棒短路的優 的情況，FFC ' FPC 圍，成爲由伸長分 成的空間，該被閉 FFC、FPC之插入 卜離壁，可具有即使 接點棒或接點短路 的鍍錫使用於端子 增厚分離壁的基端 或FPC之基體的導 會跨於導電焊墊上 成型所製作的分離 好，具有不會產生 優點。另外，利用 電焊墊間的絕緣部 長分離壁確實地僅 至少由硬度比FFC 壁，在將FFC ' FPC 1327798 . ' FPC 更確 FFC FPC 發生 之絕 FPC 的狀 或伸 分離 持與 的絕 的材 硬度 所作 -. 插入電連接器的狀態下’伸長分離壁的前端吃入FFC、 之絕緣部’並利用使絕緣部塑性變形或彈性變形，而 實地達成分離壁與絕緣部的密接性。 另外’本發明之電連接器，其特徵爲至少由硬度較 或FPC之原材料低的材料來形成分離壁，在將FFC、 插入電連接器的狀態下，伸長分離壁的前端被壓潰而 塑性變形或彈性變形，藉以更確實地達成FFC、FPC 緣部與分離壁的密接性。 φ 如此般，利用將伸長分離壁的材料硬度設爲較FFC、 之絕緣部材料硬或軟，在將FFC、FPC插入電連接器 態下，伸長分離壁的前端吃入FFC、FPC之絕緣部， 長分離壁本身發生彈性或塑性變形變形時，即使伸長 壁的尺寸產生比變形量更小的量的誤差之時，亦可維 絕緣部的密接。 另外’本發明之電連接器，其特徵爲由與殼體不同 緣性構件形成分離壁，可將以殼體原來的功能爲優先 |料使用於殻體部，而將以與FFC、FPC之絕緣部具有 差的密接性爲優先的材料使用於分離壁。 【實施方式】 以下’參照第1〜6圖說明本發明之各實施形態。 (實施形態1) 第1、2圖顯示本發明之實施形態1的電連接器。 第1圖爲前視圖，第2圖爲沿著第1圖中之A-A線 • 的剖面圖。 該電連接器，係由樹脂成型爲寬度方向上細長的長方形 1327798 » « · \ - 塊體的絕緣性殻體1’及由固定部5分別安裝於殼體1上的 複數個端子10所構成。端子10具有利用無鉛錫焊等而與 電路基板（未圖示）接合的接合部13。 殻體1係將絕緣性樹脂成型爲箱型者，且由在上面作爲 接觸孔的開口 1 6、從此處向內部伸長的壁部1 7、及以與鄰 接之端子10相互交錯且不接觸的方式而分離的分離壁9形 成內部空洞18’端子1〇具有在開口 16之附近具曲率且大 致被彎曲爲1 80度而具彈性的接點棒2,接點8係藉由該彈 'φ 性而配置爲與壁部17抵接。 端子10主要由具彈性之銅合金所形成，爲使其表面與 錫焊具有親和性且防止生鏽，係爲針對無鉛化的環境問題 而施以鍍錫者。 與殻體1 一體成型的分離壁9,具有：基端比前端更厚， 且朝向內部空洞18中央漸漸變薄並伸長、剖面爲三角形狀 的伸長分離壁6。 伸長分離壁6之前端部7與壁部17的距離t，係形成爲 0比第3圖之FCC、FPC基體3的厚度tl略小。 插入本構成之電連接器的FCC或FPC，如第3圖所示， 係將屬絕緣性樹脂之聚亞醯胺、聚乙烯對苯二甲酯、醋酸 乙烯酯等作爲原材料，在均句延展爲厚度tl的基體3上， 固定於由銅箔或薄銅板所構成且於表面鍍錫的無鉛化規格 的導電焊墊4所製成。 第4圖顯示從正面所見將FCC、FPC插入本構成之電連 接器的狀態下的狀態。第5圖爲沿著第4圖中之B_B線所 - 作的剖面圖。 1327798 從殻體1之開口 16朝底面12的方向插入的FCC、FPC 基體3，係在插入之同時由具彈性的接點棒2的加壓力所 壓抵’在FCC'FPC基體3上形成的導電焊墊4與接連地 由接點8抵接的殼體1的壁部1 7之間一邊受到預設的壓力 —邊使內部空洞18中朝底面12的方向進行，並在底面12 附近的指定位置停止插入。 接點8係用以防止FCC、FPC基體3從電連接器脫落， 並介由導電焊墊4達成與電路基板的電性導通。 同樣於插入時，與比FCC、FPC基體3更硬的材料所製 成的殼體1形成一體的伸長分離壁6，係抵接於FCC、FPC 的絕緣部11’同時邊使FCC、FPC基體3發生塑性變形或 彈性變形邊進行插入，在FCC、FPC基體3到達上述指定 位置後’仍維持伸長分離壁6吃入FCC、FPC基體3的狀 態。 據此，FCC、FPC的絕緣部11，如第4圖所示，呈包住 伸長分離壁6狀而隆起，以保持密接性。根據第5圖之剖 I面圖’從FCC、FPC基體3與伸長分離壁6之密接，係以 接點8爲中心沿FCC、FPC之插入方向前後維持0.2mm以 上的情況考慮’接點8係以由絕緣性樹脂所作成的壁來包 圍FCC、FPC之行進方向以外的四面的方式所構成。因此， 即使接點8的觸鬚15成長到迄今未止應爲觀察上最大的 2 00 μ m( = 0.2mm)的情況，亦可防止鄰接之端子間的短路。 又’將伸長分離壁6之剖面形成爲三角形狀，不僅是爲 了容易吃入FCC、FPC的基體3，而且在隨著殼體1之小型 化、薄型化而使得端子1 〇間的間隔減小的電連接器中，即 -10- 1327798 使FCC、FPC之絕緣部11爲窄時，伸長分離壁6亦不會跨 在導電焊墊4上而僅容易地與絕緣部11密接的緣故。又， 將伸長分離壁6之剖面形成爲三角形狀，是爲了亦可容易 地使熔化樹脂流入由樹脂成型法所製作的伸長分離壁前端 7的薄壁部’而不致產生形狀不全的緣故。 (實施形態2) 第6圖顯示本發明之實施形態2的電連接器，與實施形 態1相同處賦予相同的符號而說明。 本實施形態2係在使與殼體1—體成型的伸長分離壁6 的材料，由比FCC、FPC的基體3更軟的材料來製作之點， 與實施形態1不同。 根據該構成，在將FCC、FPC插入電連接器時，藉由 FCC、FPC基體3的表面，使軟的伸長分離壁6的前端部7 發生彈性變形或塑性變形而密接於FCC'FPC基體3之絕 緣部1 1，因此在FCC、FPC插入完成後，以接點8爲中心 沿FCC' FPC之插入方向前後維持0.2mm以上的密接，而 接點8則以由絕緣性樹脂所成壁來包圍FCC、FPC之行進 方向以外的四面的方式所構成。 因此，與實施形態1同樣地，可獲得防止因接點8所生 長之觸鬚15造成相鄰端子彼此間之短路的效果。 又，利用將伸長分離壁6之剖面形成爲三角形狀，藉由 與FCC、FPC的基體3的抵接，可容易使伸長分離壁前端7 發生變形。 又，雖然上述各實施形態中’伸長分離壁6與殼體1形 成爲一體，但是在重視作爲殻體1上的保持複數端子10, -11 - 1327798 且維持與FCC、FPC之導電焊墊4的電導通之本來功能的 情況，可考慮不將伸長分離壁6形成爲一體，而是由分別 獨立的構件製作並接合的方法。亦即，殻體1係由適合公 知電連接器的本來功能的材料所製作，而對於伸長分離壁 6則使用比FCC、FPC的基體3更硬的絕緣性樹脂，或是軟 的絕緣性樹脂時’不會改變電連接器的性能而可防止觸鬚 1 5所造成相鄰端子之短路。 根據本發明之墊連接器，即使從端子與FCC或FPC的導 電焊墊之接點生長觸鬚時’亦有不會引起與相鄰端子或接 點之短路的功效，因此可於端子及FCC、FPC的表面電鍍 上使用廉價的鍍錫，對產業的無鉛化促進作出貢獻。 【圖式簡單說明】 第1圖爲本發明之實施形態1的前視圖。 第2圖爲沿著第1圖中之A-A線所作的剖面圖。 第3圖爲FFC或FPC之外觀立體圖。 第4圖爲在同實施形態插入FFC的狀態下的前視_ ° 第5圖爲沿著第4圖中之B-B線所作的剖面圖。 第6圖爲在本發明之實施形態2插入FFC的狀態下@ _ 視圖。 第7圖爲插入FFC於現有電連接器的狀態下的前視® ° 8圖爲沿著第7圖中之C-C線所作的剖面圖。 【主要元件符號說明】 1 殼體 2 接點棒（端子） 3 FFC或FPC之基體 人、 -12- 1327798The bar and the FFC and the FPC are respectively 200/zm off-wall, and even if it is excellent because of the short-circuit of the contact bar, the FFC ' FPC is the space divided by the elongation, and the closed FFC and FPC are inserted. Off-wall, there may be advantages in that tin plating which is short-circuited by a contact bar or a contact is used for the base end of the terminal thickening separation wall or the base of the FPC is formed by the separation formed on the conductive pad, and has no advantage. . In addition, the insulation separation wall between the pads is surely only at least by the hardness ratio of the FFC wall, and the FFC 'FPC 1327798 . ' FPC is more accurate than the FPC shape or extension of the FPC FPC. In the state in which the electrical connector is inserted, the front end of the elongated separation wall is eaten into the FFC and the insulating portion, and the insulating portion is plastically deformed or elastically deformed to achieve the adhesion between the separation wall and the insulating portion. Further, the electrical connector of the present invention is characterized in that the separation wall is formed of at least a material having a lower hardness than the material of the FPC, and the front end of the elongated separation wall is crushed and plasticized in a state where the FFC is inserted into the electrical connector. Deformation or elastic deformation, in order to more reliably achieve the adhesion between the FFC, FPC edge and the separation wall. φ is such that the material hardness of the elongate separation wall is made harder or softer than that of the FFC, and the FFC and FPC are inserted into the electrical connector state, and the front end of the elongate separation wall is eaten into the insulation portion of the FFC or FPC. When the long separation wall itself is elastically or plastically deformed, even if the size of the elongated wall is smaller than the amount of deformation, the insulation portion can be closely contacted. In addition, the electrical connector of the present invention is characterized in that a partition wall is formed by a member different from the casing, and the original function of the casing can be used as a priority. The material is used in the casing portion, and will be used with FFC and FPC. A material having a poor adhesion of the insulating portion is preferred for use in the separation wall. [Embodiment] Hereinafter, each embodiment of the present invention will be described with reference to Figs. (Embodiment 1) Figs. 1 and 2 show an electrical connector according to Embodiment 1 of the present invention. Fig. 1 is a front view, and Fig. 2 is a cross-sectional view taken along line A-A of Fig. 1. The electrical connector is formed by resin molding into a rectangular shape 1327798 » « · \ - block insulative housing 1 ' and a plurality of terminals 10 respectively mounted on the housing 1 by the fixing portion 5 . The terminal 10 has a joint portion 13 joined to a circuit board (not shown) by lead-free soldering or the like. The case 1 is formed by molding an insulating resin into a box shape, and is formed by an opening 16 as a contact hole, a wall portion 17 extending from the inside thereof, and a staggered and non-contacting with the adjacent terminal 10. The separation wall 9 separated in a manner forms an internal cavity 18'. The terminal 1 has a contact bar 2 having a curvature near the opening 16 and being substantially bent to 180 degrees, and the contact 8 is made by the spring 'φ It is arranged to abut against the wall portion 17. The terminal 10 is mainly formed of a resilient copper alloy, and has a affinity for soldering on the surface thereof to prevent rust, and is a tin-plated person for environmental problems of lead-free. The partition wall 9 integrally formed with the casing 1 has an elongated separation wall 6 whose base end is thicker than the front end and which is gradually thinner toward the center of the inner cavity 18 and elongated and has a triangular cross section. The distance t between the end portion 7 and the wall portion 17 before elongating the separation wall 6 is formed to be 0 smaller than the thickness tl of the FCC and FPC base 3 of Fig. 3 . The FCC or FPC inserted into the electrical connector of the present configuration, as shown in Fig. 3, is a raw material of a polyacrylamide, polyethylene terephthalate or vinyl acetate which is an insulating resin. The base 3 having a thickness t1 is fixed to a lead-free conductive pad 4 which is made of a copper foil or a thin copper plate and is tin-plated on the surface. Fig. 4 shows a state in which the FCC and the FPC are inserted into the electrical connector of the present configuration as seen from the front. Fig. 5 is a cross-sectional view taken along line B_B of Fig. 4. 1327798 The FCC, FPC base 3 inserted from the opening 16 of the housing 1 toward the bottom surface 12 is pressed against the 'FCC' FPC base 3 by the pressing force of the resilient contact rod 2 while being inserted. The conductive pad 4 is subjected to a predetermined pressure between the wall portion 17 of the casing 1 which is successively abutted by the contact 8 - the direction of the inner cavity 18 toward the bottom surface 12 and the vicinity of the bottom surface 12 Stop the insertion at the specified location. The contact 8 is used to prevent the FCC and the FPC substrate 3 from falling off from the electrical connector, and electrical conduction with the circuit substrate is achieved through the conductive pad 4. Similarly, at the time of insertion, the elongated separation wall 6 formed integrally with the casing 1 made of a material harder than the FCC and the FPC base 3 is abutted against the insulating portion 11' of the FCC and the FPC while the FCC and FPC substrates are simultaneously formed. (3) Insertion occurs when plastic deformation or elastic deformation occurs, and after the FCC and FPC base 3 reach the predetermined position, the state in which the elongated separation wall 6 is eaten into the FCC and the FPC base 3 is maintained. As a result, the insulating portion 11 of the FCC and the FPC is wrapped in the shape of the elongated separation wall 6 as shown in Fig. 4 to be swelled to maintain the adhesion. According to the cross-sectional view of Fig. 5, the contact between the FCC and the FPC base 3 and the elongate separation wall 6 is maintained at a distance of 0.2 mm or more along the insertion direction of the FCC and the FPC, and the contact 8 is considered. The wall made of an insulating resin is surrounded by four sides other than the traveling direction of the FCC and the FPC. Therefore, even if the whiskers 15 of the contacts 8 are grown up to the point where the observation is the largest 200 μm (= 0.2 mm), the short circuit between the adjacent terminals can be prevented. Further, the cross section of the elongate separation wall 6 is formed in a triangular shape, not only for the base body 3 which is easy to be eaten into the FCC or the FPC, but also because the space between the terminals 1 is reduced as the casing 1 is miniaturized and thinned. In the electrical connector, that is, -10- 1327798, when the insulating portion 11 of the FCC and the FPC is narrow, the elongated separation wall 6 does not easily lie on the conductive pad 4 and is easily adhered to the insulating portion 11. Further, the cross section of the elongate separation wall 6 is formed into a triangular shape in order to easily cause the molten resin to flow into the thin portion □ of the end portion 7 of the elongate separation wall produced by the resin molding method without causing a shape defect. (Embodiment 2) FIG. 6 shows an electrical connector according to Embodiment 2 of the present invention, and the same reference numerals are given to the same portions as Embodiment 1. The second embodiment differs from the first embodiment in that the material of the elongated separation wall 6 formed integrally with the casing 1 is made of a material softer than the base 3 of FCC or FPC. According to this configuration, when the FCC and the FPC are inserted into the electrical connector, the front end portion 7 of the soft elongated separation wall 6 is elastically deformed or plastically deformed by the surface of the FCC or FPC base 3 to be in close contact with the FCC'FPC base 3 After the insertion of the FCC and the FPC, the insertion of the FCC and the FPC is maintained at a distance of 0.2 mm or more in the insertion direction of the FCC' FPC, and the contact 8 is formed of an insulating resin. It is configured to surround four sides other than the traveling direction of FCC and FPC. Therefore, in the same manner as in the first embodiment, it is possible to obtain an effect of preventing short-circuiting between adjacent terminals due to the whiskers 15 which are grown by the contacts 8. Further, by forming the cross section of the elongated separation wall 6 into a triangular shape, the front end 7 of the elongated separation wall can be easily deformed by the contact with the base body 3 of the FCC and the FPC. Further, in the above embodiments, the "elongation separation wall 6 is integrally formed with the casing 1, but it is important to maintain the plurality of terminals 10, -11 - 1327798 as the casing 1 and to maintain the conductive pads 4 with FCC and FPC. In the case where the electrical conduction is originally functional, a method in which the elongated separation wall 6 is not formed integrally, but is formed by separate members and joined. That is, the case 1 is made of a material suitable for the original function of the known electrical connector, and the elongated separation wall 6 is made of an insulating resin harder than the base 3 of the FCC or FPC, or a soft insulating resin. 'Does not change the performance of the electrical connector to prevent short-circuiting of adjacent terminals caused by the whiskers. According to the pad connector of the present invention, even if the tentacles are grown from the contacts of the terminals and the conductive pads of the FCC or FPC, there is no effect of short-circuiting with adjacent terminals or contacts, so that the terminals and the FCC can be used. The use of inexpensive tin plating on the surface plating of FPC contributes to the lead-free promotion of the industry. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view showing a first embodiment of the present invention. Fig. 2 is a cross-sectional view taken along line A-A in Fig. 1. Figure 3 is a perspective view of the appearance of an FFC or FPC. Fig. 4 is a front view of the state in which the FFC is inserted in the same embodiment. Fig. 5 is a cross-sectional view taken along line B-B of Fig. 4. Fig. 6 is a view showing the @ _ view in a state in which the FFC is inserted in the second embodiment of the present invention. Fig. 7 is a front view of the state in which the FFC is inserted into the existing electrical connector. Fig. 8 is a cross-sectional view taken along line C-C in Fig. 7. [Main component symbol description] 1 Housing 2 Contact bar (terminal) 3 FFC or FPC base People, -12- 1327798
4 導電焊墊 5 固定部 6 伸長分離壁 7 伸長分離壁之前端 8 接點 9 分離壁 10 端子 11 絕緣部 12 底面 13 接合部 14 空隙· 15 觸鬚 16 開口 17 內壁 18 內部空洞（端子安裝空間） t 伸長分離壁與壁部的距離 tl FFC或FPC之絕緣部厚度 -13-4 Conductive pad 5 Fixing part 6 Elongation separation wall 7 Elongation separation wall Front end 8 Contact point 9 Separation wall 10 Terminal 11 Insulation part 12 Bottom part 13 Joint part 14 Void · 15 Tentacle 16 Opening 17 Inner wall 18 Internal cavity (terminal installation space t Stretching the distance between the separation wall and the wall tl FFC or FPC insulation thickness-13-