[Rainer Höhler, Mathias Von Borcke] ,München,,;,München,, The invention relates to a circuit configuration for the interference-free initialization of delay locked loop circuits with fast lock. A control signal for rapidly adjusting the DLL circuit is converted into a delayed control signal, which is kept constant with the rising edge of a counter clock signal. This prevents instabilities of the counter value from occurring.

[GREVE, Rainer, GREVE, Harald, PFADT, Joachim, HÖHLER, Thomas] DE,D-60386 Frankfurt,Hanauer Landstrasse 526;

[Rainer Höhler, Gunnar Krause] ,München,,;,München,, The circuit has a clock input for supplying a first clock signal and a clock generator for generating a second clock signal, said clock generator being phase-locked with respect to the first clock signal. The clock output of the clock generator is connected to a control input of a data transmission unit used for outputting data from the circuit and/or for reading into the circuit essentially in synchronism with the first clock signal. The clock generator has at least two control loops connected in succession which are used for controlling the phase angle of the second clock signal, the first control loop being used to generate from the first clock signal at least two intermediate clock signals, each of which has a particular phase angle with respect to the first clock signal, and the second control loop being used to generate the second clock signal from the intermediate clock signals. The first control loop is deactivated during the transmission of data by the data transmission unit, so that the control of the phase angle of the intermediate clock signals is interrupted.

[HÖHLER, Rainer, KRAUSE, Gunnar] {St.-Martin-Strasse 53 D-81541 München;DE(DE)(DE)}{Gustav-Heinemann-Ring 34 D-81739 München;DE(DE)(DE)}{Schlierseestrasse 8 D-81541 München;DE(DE)(DE)} The invention relates to a circuit (M) comprising a clock pulse input for supplying a first clock pulse (CLKE) and having a clock pulse generator (G) for generating a second clock pulse (CLKINT) which is phase-locked in relation to the first clock pulse (CLKE). The clock pulse output of the clock pulse generator (G) is connected to a control input of a data transmission unit (DRV) which serves to output and/or input data (7) from/to the circuit (M) in a manner which is essentially synchronous to the first clock pulse (CLKE). The clock pulse generator (G) comprises at least two series connected control loops (1, 2) which serve to control the phase position of the second clock pulse (CLKINT). The first control loop (1) serves to generate at least two intermediate clock pulses (CLKi) from the first clock pulse (CLKE) each of which comprising a determined phase position in relation to the first clock pulse. The second control loop (2) serves to generate the second clock pulse (CLKINT) from the intermediate clock pulses (CLKi). The first control loop (1) is deactivated by the data transmission unit (DRV) during the transmission of data so that the control of the phase position of the intermediate clock pulses (CLKi) is interrupted.

[Höhler, Rainer, Dr., Von Borcke, Mathias, Dr.]

[GREVE, Rainer, GREVE, Harald, PFADT, Joachim, HÖHLER, Thomas]

[Höhler, Rainer, Dr., Von Borcke, Mathias, Dr.] DE,81541 München,St.-Martin-Strasse 53;

[HÖHLER, Rainer, KRAUSE, Gunnar] DE,81669 München,St.-Martin-Strasse 53;

[GREVE, Rainer, GREVE, Harald, PFADT, Joachim, HÖHLER, Thomas] {Hanauer Landstrasse 526 D-60386 Frankfurt am Main;DE(DE)(DE)}{Konrad-Adenauer-Ring 52 D-2360 Bad Segeberg;DE(DE)(DE)}{Im Weidenthal 36 D-5064 Rösrath 3;DE(DE)(DE)}{Meiereistrasse 2 D-3261 Todesfelde;DE(DE)(DE)}{Wlater-Schwagenscheidt-Strasse 7 D-6242 Kronberg 1;DE(DE)(DE)} The invention relates to the use of ivy for topical treatment of increased desquamation of pilose and glabrous skin and psoriasis as well as medicinal preparations containing ivy or ivy extracts.