Abstract:
Novel arrangements are disclosed that provide for replacement of printed circuit boards useful in regulating current for LEDs. In one embodiment, a conductive track is disclosed that forms a pattern for placement of electrical components. The track can be made out of any suitably conductive material and may be stamped, cut, or formed depending on the material type. The conductive track can conduct both electricity and heat. Portions of the conductive track can be removed creating a gap. Electrical components can be placed along the conductive track spanning the gap to create a circuit path. Other embodiments include wiring harnesses that contain embedded electrical components. The harnesses may occupy less space than some embodiments of the conductive track. An electrical connector may be provided to allow easy replacement of the LED.
Abstract:
In a wiring substrate (2) of a semiconductor device (1), a hollow portion (H) is provided under a pad wiring portion (23) including a connection pad (P), and thus a wiring layer (24) has a cantilever structure in which the pad wiring portion (23) is formed as an aerial wiring, and a semiconductor chip (40) is flip-chip connected to the connection pad (P). The pad wiring portion (23) including the connection pad (P) is formed on a sacrifice layer (14) which is filled in a recess portion (C) in an interlayer insulating layer (32) of the wiring substrate (2), then the semiconductor chip (40) is flip-chip connected to the connection pad (P), and then the hollow portion (H) is provided by removing the sacrifice layer (14).
Abstract:
A liquid discharge recording head includes a recording element with a discharge port for discharging liquid and an electrically connecting portion arranged adjacent to the discharge port and receiving an electric signal for controlling the discharge of the discharge port. The liquid discharge recording head further includes a flexible wiring substrate for covering at least a portion of the recording element. The flexible wiring substrate includes each of a device hole for exposing the discharge port and a bonding hole arranged facing the electrically connecting portion independently. The liquid discharge recording head further includes a sealing agent for covering at least a portion of the electrically connecting portion and filled to at least a portion of the bonding hole. Thus, a liquid discharge recording head that enhances recording performance and that has superior productivity while maintaining reliability of the recording performance is provided.
Abstract:
Eine Leiterplatte (3) zur Bestückung mit oberflächenmontierten Bauteilen wird gleichzeitig mit einem Stanzgitter (1) versehen, das dreidimensional ausgeformt und von einem Kunststoff (2) ummantelt ist.
Abstract:
Novel arrangements are disclosed that provide for replacement of printed circuit boards useful in regulating current for LEDs. In one embodiment, a conductive track is disclosed that forms a pattern for placement of electrical components. The track can be made out of any suitably conductive material and may be stamped, cut, or formed depending on the material type. The conductive track can conduct both electricity and heat. Portions of the conductive track can be removed creating a gap. Electrical components can be placed along the conductive track spanning the gap to create a circuit path. Other embodiments include wiring harnesses that contain embedded electrical components. The harnesses may occupy less space than some embodiments of the conductive track. An electrical connector may be provided to allow easy replacement of the LED.
Abstract:
According to the invention a socket is provided for removably connecting a first electronic component (304) to a second electronic component (302). The socket comprises a plurality of elongate, resilient contact structures (320) extending away from a first surface (310a) of a support substrate (310), contact regions (320b) of said elongate, resilient contact structures (320) deflecting to form pressure connections with terminals (308) of the first electronic component (304); and a plurality of contact structures (314) disposed on the opposing surface (310b) of the support substrate (310), the plurality of contact structures permanently connected to terminals of the second electronic component (302), selected ones of the contact structures (314) are connected through the support substrate (310) to selected ones of the elongate, resilient contact structures (320). Each of the plurality of elongate contact structures of the socket comprises an elongate element (122) of a first material; and a second material (124) deposited on the first material, wherein the second material has a yield strength that is greater than a yield strength of the first material. Further a method for removably connecting a first electronic component (304) to a second electronic component (302) is provided.
Abstract:
A method of producing a tested semiconductor device comprising: providing a probe card assembly, said probe card assembly including a probe card having a plurality of electrical contacts, a probe substrate having a plurality of elongate, resilient probe elements, and a compliant interconnection structure electrically connecting ones of said electrical contacts with ones of said probe elements; providing a plurality of semiconductor devices, each of said semiconductor devices including electrical contact pads; bringing said probe elements into contact with said electrical contact pads of said semiconductor device; and testing said semiconductor devices.
Abstract:
A liquid discharge recording head includes a recording element with a discharge port for discharging liquid and an electrically connecting portion arranged adjacent to the discharge port and receiving an electric signal for controlling the discharge of the discharge port. The liquid discharge recording head further includes a flexible wiring substrate for covering at least a portion of the recording element. The flexible wiring substrate includes each of a device hole for exposing the discharge port and a bonding hole arranged facing the electrically connecting portion independently. The liquid discharge recording head further includes a sealing agent for covering at least a portion of the electrically connecting portion and filled to at least a portion of the bonding hole. Thus, a liquid discharge recording head that enhances recording performance and that has superior productivity while maintaining reliability of the recording performance is provided.
Abstract:
A probe card assembly comprising: a probe card comprising a plurality of electrical contacts; a probe substrate having a plurality of elongate, resilient probe elements; a second substrate disposed between and spaced from said probe card and said probe; and a plurality of elongate interconnection elements providing compliant electrical connections through said second substrate between said probe card and said probe substrate and thereby electrically connecting ones of said electrical contacts with ones of said probe elements.
Abstract:
The present invention relates to a power unit comprising at least one power electronics module (106), a circuit carrier (102), which is connected to said power electronics module, and at least one heat sink (114), which is connected to said power electronics module, in order to dissipate heat. The invention also relates to an associated heat sink and a corresponding assembly method. In order to provide a power unit (100) and an associated assembly method which allows improved dissipation of air heat, as well as adequate electrical insulation of the power modules and simplified implementation, the circuit carrier (102) comprises at least one through hole (108). At least one contact extension (118), which is at least partially received by the through hole (108), is moulded onto the heat sink (114), and the contact extension (118) of the heat sink (114) is thermally contacted with the power electronics module (106) by means of a heat-conductive material.