Abstract:
PROBLEM TO BE SOLVED: To provide an inexpensive packaging method having a simple production process for realizing short signal path and a compact structure. SOLUTION: The housing includes a primary principal plane and a secondary principal plane that counters the primary principal plane, with most of them surrounding at least one semiconductor chip. The semiconductor chip includes a first metallization on the first principal plane side. The second principal planar side of the semiconductor chip reaches the second principal plane of the semiconductor structure element. The first metallizing of the semiconductor chip is also surrounded by the housing through a conductive material and connected with the contact section that reaches the second principal plane. Furthermore, the semiconductor chip includes a secondary metallization to pass signals to the second principal plane side. COPYRIGHT: (C)2005,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To provide a component, which can be produced by a known production method as easily as possible, composed of a little external contacts. SOLUTION: A contact pad 11 of at least one integrated circuit 1 is connected with a conductive projection 2 directly attached on a basic substrate.
Abstract:
The invention relates to a digital camera (1) comprising a lens (2), a camera housing (3) and a semiconductor sensor (9), whereby the camera housing (3) is essentially comprised of a transparent plastic block (44), which encloses, only on its underside, a semiconductor sensor (9) and comprises, on its upper side, an adapted lens (2). A layer, which is situated between the semiconductor sensor and the lens, which is impervious to light, and which has an aperture (14), improves the image quality. The invention also relates to a method for producing a digital camera of the aforementioned type.
Abstract:
The invention relates to an electronic component (1), in particular a high-frequency power module. Said component comprises a housing (3) containing a hollow chamber surrounded by a housing frame (40) with plastic walls (5). At the base of the plastic walls (5), a metal frame (6) is connected to said walls (5) in a positive fit by means of anchor elements (14), in such a way that a housing base (9) is attached to the housing frame (40) in a temperature-resistant manner using a soldered joint (15).
Abstract:
A flat conductor frame for fitting with a semiconductor chip (2) and for covering with a plastic mass (4) has a single-piece, metal base body (3) on which an intermediate layer (5) is applied. The intermediate layer (5) has a surface (6) with a matrix of islands (14) of leftover materials having substantially a uniform height and cavities (10) extending therebetween.
Abstract:
The invention relates to a system support (5) for semiconductor chips (1) and electronic components (2) which are produced on said system support (5). The system support (5) has a base substrate (11) on which outer contact elements (6) are located. These outer contact elements have a cross-section (7) in the form of a rivet with a rivet head area (8), a rivet shaft area (9) and a rivet foot area (10). This ensures that the outer contact elements (6) are securely anchored in the housing, which consists of a plastic mass (4).
Abstract:
Disclosed is an electronic component (1), especially a high frequency power module (2), comprising a hollow housing (3) with a housing frame (4), plastic walls (5), and a metallic housing bottom (9) with at least one chip island (10) and at least one semiconductor chip (11) which is disposed on said chip island (10). The plastic walls (5) are made of a thermosetting material while being provided with surfaces (36) that are connected to surfaces (37) of the metallic housing bottom (9) via a soldered joint.
Abstract:
The invention relates to a device (35) and a method for applying a thin organic or inorganic layer to individual component positions of band-shaped structures (1). Said layer can result in improved or optimized adhesion between a coated surface and a plastic housing material. In addition, said layer can be used as an anticorrosive layer, electrically insulating layer, or dielectric for the coated surfaces. In order to selectively apply the layer, the inventive device (35) comprises a jet printer (2) with several electronically controlled jet heads (4-7). Said jet printer (2) selectively coats the top face (17) of the band-shaped structures (1) in a first coating position (15) while selectively coating the bottom face (18) thereof in a second coating position (16).
Abstract:
Halbleiterbauelement (300), umfassend:eine Formstruktur (305), die einen Hohlraum (315) definiert,mehrere, in die Formstruktur (305) eingeformte separate Zuleitungen (303a, 303b, 303c), undeinen in dem Hohlraum (315) an der Formstruktur (305) über mindestens zweien der mehreren separaten Zuleitungen (303a, 303b, 303c) angebrachten Chip (307),wobei sich die mindestens zwei der mehreren separaten Zuleitungen (303a, 303b, 303c) in einem Überlappungsgebiet (3099) in einer Projektion orthogonal zu einer Chiphauptfläche zumindest teilweise mit dem Chip (307) überlappen,wobei die mindestens zwei der mehreren separaten Zuleitungen (303a, 303b, 303c) derart nach oben gebogen sind, dass sie innerhalb des Hohlraums (315) an freiliegenden Abschnitten an der Formstruktur (305) freiliegen, wobei der Chip (307) mittels verbindender Elemente (319) mit den freiliegenden Abschnitten der mindestens zwei der mehreren separaten Zuleitungen (303a, 303b, 303c) elektrisch verbunden ist,wobei die mindestens zwei der mehreren separaten Zuleitungen (303a, 303b, 303c) an gegenüberliegenden Seiten aus der Formstruktur (305) herausragen,wobei die Formstruktur (305) eine ausgeformte erste Isolierschicht (311) definiert, die den Chip (307) von den mindestens zweien der mehreren separaten Zuleitungen (303a, 303b, 303c) trennt, undwobei der Chip (307) mit Hilfe eines Klebers (313) an der ausgeformten ersten Isolierschicht (311) angebracht ist und der Kleber (313) eine klebende zweite Isolierschicht bildet, die zwischen dem Chip (307) und der ausgeformten ersten Isolierschicht (311) angeordnet ist.