Abstract: An integrated circuit is disclosed that includes at least one integrated transmission line for the transmission of a high-frequency differential signal with a number of at least two series-connected line arrangements, each of which has a differential input, a differential output, a first trace, connected to a first terminal of the differential input and a first terminal of the differential output, and a second trace, connected to a second terminal of the differential input and a second terminal of the differential output.

Abstract: A coupling element is disclosed for electromagnetic coupling of at least two conductors of a transmission line, wherein the coupling element is arranged between a first conductor and a second conductor of the transmission line and has at least one discrete component. The coupling element can have at least one first branch embodied as a transmission line segment that is associated with the first conductor, and a second branch embodied as a transmission line segment that is associated with the second conductor. The at least one discrete component can thereby be provided for connecting the first branch to the second branch.

Abstract: This invention describes a novel two way hinge for motor vehicle doors that hinges open at a 20 degree angle, then rotates upward 45 degrees. The motor vehicle door is maintained in the open position by a shock absorber/piston arrangement that is common in the automotive industry. The invention described herein can be installed by an aftermarket shop and/or sold as an easily installed kit. The present invention overcomes the shortcomings of existing hinges by allowing greater access for ingress and egress from existing motor vehicle doors in tight parking situations.