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:
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:
The invention relates to a method for changing the flow of a program stored in a read-only memory. To this end, the program has a plurality of program routines and to any program routine a sub-program is assigned which is stored in a first read-write memory. Storage locations of a second read-write memory are assigned to each program routine. A program routine calls the sub-program irrespective of the content of the assigned storage locations, provided a sub-program is allocated to said program routine.
Abstract:
Die vorliegende Beschreibung betrifft ein Sensormodul, sowie eine Sensorvorrichtung und ein Spritzgusswerkzeug, wobei Sensorvorrichtung und/oder Spritzgusswerkzeug eine Alignierungsstruktur aufweisen, um die Sensorvorrichtung während des Einlassens von Spritzgussmaterial in das Spritzgusswerkzeug in einer vorbestimmten Position zu halten.
Abstract:
Ein Drucksensorbauelement (2000) umfasst einen Halbleiter-Die (120) des Drucksensorbauelements (2000) und einen Bonddraht (110) des Drucksensorbauelements (2000). Eine maximale vertikale Distanz (2012) zwischen einem Teil des Bonddrahts (110) und dem Halbleiter-Die (120) ist größer als eine minimale vertikale Distanz (2014) zwischen dem Halbleiter-Die (120) und einer Oberfläche eines Gels, das den Halbleiter-Die (2010) bedeckt.
Abstract:
Ein Vormagnetisierungs-Feldgenerator stellt ein Vormagnetisierungs-Magnetfeld für einen Magnetsensor bereit. Der Vormagnetisierungs-Feldgenerator enthält einen Körper mit einem magnetischen oder einem magnetisierbaren Material. In dem Körper ist eine Aussparung ausgebildet. Die Aussparung ist an ein Gehäuse des Magnetsensors angepasst.
Abstract:
The invention relates to a high-frequency module (10) comprising filter structures (1) and a method for the production thereof. Said high-frequency module (10) that is provided with a filter structure (1) encompasses at least one module component (2) having a piezoelectric surface structure (4). A cavity resonator zone (5) which ensures that the piezoelectric elements of the surface structure can oscillate freely is spatially coupled to said piezoelectric surface structure. The cavity resonator zone (5) is placed between two module components (2, 3) that are stacked on top of each other, are electrically interconnected, and are connected to a higher-level circuit support (7).
Abstract:
The method involves producing an active area (5) in the positions of semiconductor chips on an active top side (4) of the wafer, and applying contact surfaces (6) outside the active area. A sacrificial layer comprising insulating material is applied to the active area, leaving openings in the sacrificial layer at the edges of the active area. A conductive material is applied, the sacrificial layer removed, and a plastics layer applied before applying external contacts and separating the wafer into individual electronic devices. Independent claims are included for an electronic device; and a semiconductor wafer.
Abstract:
A biochip cell (A) comprises a biochip substrate (1) and a cover (2), for reception and analysis of biological samples. A biochip cell (A) comprises: (a) a biochip substrate (1) having, on its upper surface, many spatially separated and uniformly distributed analytical islands (6) and at least one analytical region (7) for receiving the sample material; (b) at least one plastic frame (9), made of rubber-like material, that is arranged on the upper surface and defines a region (7) containing a limited number of (6); and (c) a cover (2), adhesive on one side and having an area that matches that of (1) or (7), to provide hermetic sealing of (7). An independent claim is also included for a method for preparing (A).