Abstract: A method for regulating voltage in an electronic device includes receiving, at a power stage, a gate voltage from an input terminal, and delivering an output voltage and an output current to a processing module based on the gate voltage. The gate voltage is compensated by comparing the output voltage with a reference voltage to produce a compensated gate voltage. The gate voltage compensation is sped by up stabilizing the output voltage during transitions between operational modes using a first compensation stage, decoupling a second compensation stage from the input terminal when a control signal is asserted to thereby precharge a compensation capacitor to an initial compensation voltage, and coupling the second compensation stage to the input terminal via a compensation resistor when the control signal is deasserted to thereby deliver the initial compensation voltage to the input terminal.

Abstract: A method for regulating voltage in an electronic device includes receiving, at a power stage, a gate voltage from an input terminal, and delivering an output voltage and an output current to a processing module based on the gate voltage. The gate voltage is compensated by comparing the output voltage with a reference voltage to produce a compensated gate voltage. The gate voltage compensation is sped by up stabilizing the output voltage during transitions between operational modes using a first compensation stage, decoupling a second compensation stage from the input terminal when a control signal is asserted to thereby precharge a compensation capacitor to an initial compensation voltage, and coupling the second compensation stage to the input terminal via a compensation resistor when the control signal is deasserted to thereby deliver the initial compensation voltage to the input terminal.

Abstract: A low-dropout regulator includes a power stage having an output terminal coupled to a load circuit operable in different operating modes in which it receives different output currents. An error amplifier has a first input coupled to a reference voltage and an output coupled to an input terminal of the power stage. A compensation circuit includes a first stage with an RC filter coupled to the input terminal of the power stage, and generating an initial compensation voltage. A second stage includes a first transistor coupled between a supply voltage and a second node, and controlled by a complementary control signal, a high-side capacitor coupled between the second node and ground, and a third transistor coupled between the initial compensation voltage and the second node, and controlled by a control signal representative of the current operating mode of the load circuit.

Abstract: A low-dropout regulator includes a power stage having an output terminal coupled to a load circuit operable in different operating modes in which it receives different output currents. An error amplifier has a first input coupled to a reference voltage and an output coupled to an input terminal of the power stage. A compensation circuit includes a first stage with an RC filter coupled to the input terminal of the power stage, and generating an initial compensation voltage. A second stage includes a first transistor coupled between a supply voltage and a second node, and controlled by a complementary control signal, a high-side capacitor coupled between the second node and ground, and a third transistor coupled between the initial compensation voltage and the second node, and controlled by a control signal representative of the current operating mode of the load circuit.

Abstract: A low-dropout voltage regulation device includes a power stage having an output terminal coupled to a load circuit, the load circuit being operable in a plurality of operating modes. The load circuit is configured to receive a different respective output current when in each of the plurality of operating modes. An error amplifier has an output coupled to an input terminal of the power stage. A compensation circuit is coupled to the input terminal of the power stage and is operable in a plurality of selectable configurations that are respectively tailored to the plurality of operating modes. The plurality of selectable configurations are selectable in response to a control signal representative of a current operating mode of the load circuit.

Abstract: A low-dropout voltage regulation device includes a power stage having an output terminal coupled to a load circuit, the load circuit being operable in a plurality of operating modes. The load circuit is configured to receive a different respective output current when in each of the plurality of operating modes. An error amplifier has an output coupled to an input terminal of the power stage. A compensation circuit is coupled to the input terminal of the power stage and is operable in a plurality of selectable configurations that are respectively tailored to the plurality of operating modes. The plurality of selectable configurations are selectable in response to a control signal representative of a current operating mode of the load circuit.

Abstract: Embodiments of the present invention may provide a method of measuring an unknown capacitance of a device. The method may comprise the steps of driving a test signal to a circuit system that includes a current divider formed by the device with unknown capacitance and a reference capacitor; mirroring a current developed in the reference capacitor to a second circuit system that includes a measurement impedance; measuring a voltage within the second circuit system; and deriving a capacitance of the unknown capacitance based on the measured voltage with reference to a capacitance of the reference capacitor and the measurement impedance.

Abstract: Embodiments of the present invention may provide a method of measuring an unknown capacitance of a device. The method may comprise the steps of driving a test signal to a circuit system that includes a current divider formed by the device with unknown capacitance and a reference capacitor; mirroring a current developed in the reference capacitor to a second circuit system that includes a measurement impedance; measuring a voltage within the second circuit system; and deriving a capacitance of the unknown capacitance based on the measured voltage with reference to a capacitance of the reference capacitor and the measurement impedance.

Abstract: A protective catheter tip has a generally tubular body portion defining an interior cavity. The proximal end of a urinary catheter is at least partially received within the protective tip, with the protective tip being retained on the urinary catheter without the need for a sleeve connecting the protective tip and the catheter. The protective tip may include a projection received within a draining hole or eye at the proximal end of the catheter to retain the protective tip on the catheter. The protective tip may instead include one or more projections that apply a frictional force to an outer surface of the catheter to retain the protective tip on the catheter. The protective tip may instead be retained on the catheter by a tether extending between the protective tip and a distal end of the catheter. The protective tip may also include two separate or separable pieces.

Abstract: A protective catheter tip has a generally tubular body portion defining an interior cavity. The proximal end of a urinary catheter is at least partially received within the protective tip, with the protective tip being retained on the urinary catheter without the need for a sleeve connecting the protective tip and the catheter. The protective tip may include a projection received within a draining hole or eye at the proximal end of the catheter to retain the protective tip on the catheter. The protective tip may instead include one or more projections that apply a frictional force to an outer surface of the catheter to retain the protective tip on the catheter. The protective tip may instead be retained on the catheter by a tether extending between the protective tip and a distal end of the catheter. The protective tip may also include two separate or separable pieces.

Abstract: One embodiment of the present application includes a multisensor assembly. This assembly has an electromechanical motion sensor member defined with one wafer layer, a first sensor carried with a first one or two or more other wafer layers, and a second sensor carried with a second one of the other wafer layers. The one wafer layer is positioned between the other wafer layers to correspondingly enclose the sensor member within a cavity of the assembly.

Abstract: An analog silicon photomultiplier system includes at least one analog pixel comprising a plurality of analog photodiodes (APDs), and a capacitor, a signal generator, a phase detector, and a compensation network. The signal generator is configured to generate and propagate a sinusoidal signal concurrently along first and second transmission lines. A capacitor is loaded on the first transmission line when an APD corresponding to the capacitor detects a photon. The phase detector is coupled with the first and second transmission lines, determines a phase difference between the first transmission line and the second transmission line and calculates a number of APDs that have fired from the phase difference. The compensation network is coupled with the second transmission line and the phase detector, and comprises a plurality of compensation capacitors, wherein the compensation capacitors are loaded on the second transmission line in proportion to the number of APDs that have fired.

Abstract: A method of searching a database is disclosed, in which the database comprises a plurality of components and respective descriptions, such as a UDDI database of web services and associated descriptions. The method includes transmitting a query to the database, receiving a response from the database, the response comprising a plurality of components, accessing one or more service requirements relating to the transmitted query, matching the service requirements to the respective descriptions of the plurality of components of the response, and ranking the components in the response according to an output associated with the matching.

Abstract: A light sensor and light sensing system to detect an intensity of incident light and an angle of incidence of the incident light. The light sensor includes a dielectric layer, a plurality of photo detectors coupled relative to the dielectric layer, and a plurality of stacks of opaque slats embedded within the dielectric layer. The dielectric layer is substantially transparent to the incident light. The photo detectors detect the incident light through the dielectric layer. The stacks of opaque slats are approximately parallel to an interface between the dielectric layer and the photo detectors. The stacks of opaque slats define light apertures between adjacent stacks of opaque slats. At least some of the stacks of opaque slats are arranged at a non-zero angle relative to other stacks of the opaque slats.

Abstract: An analog silicon photomultiplier system includes at least one analog pixel comprising a plurality of analog photodiodes (APDs), and a capacitor, a signal generator, a phase detector, and a compensation network. The signal generator is configured to generate and propagate a sinusoidal signal concurrently along first and second transmission lines. A capacitor is loaded on the first transmission line when an APD corresponding to the capacitor detects a photon. The phase detector is coupled with the first and second transmission lines, determines a phase difference between the first transmission line and the second transmission line and calculates a number of APDs that have fired from the phase difference. The compensation network is coupled with the second transmission line and the phase detector, and comprises a plurality of compensation capacitors, wherein the compensation capacitors are loaded on the second transmission line in proportion to the number of APDs that have fired.

Abstract: One embodiment of the present application includes a multisensor assembly. This assembly has an electromechanical motion sensor member defined with one wafer layer, a first sensor carried with a first one or two or more other wafer layers, and a second sensor carried with a second one of the other wafer layers. The one wafer layer is positioned between the other wafer layers to correspondingly enclose the sensor member within a cavity of the assembly.

Abstract: A system, method and computer program product for displaying a conversation summary is provided. The method may include providing a graphical user interface (GUI) configured to allow communication between a number of users. The method may also include displaying an invitation to join a conversation at the graphical user interface from at least one of the users and displaying a summary of the conversation in a tag cloud on a computing device. Numerous other variations and embodiments are also included within the scope of the present disclosure.

Abstract: A method of searching a database is disclosed, in which the database comprises a plurality of components and respective descriptions, such as a UDDI database of web services and associated descriptions. The method includes transmitting a query to the database, receiving a response from the database, the response comprising a plurality of components, accessing one or more service requirements relating to the transmitted query, matching the service requirements to the respective descriptions of the plurality of components of the response, and ranking the components in the response according to an output associated with the matching.

Abstract: The present invention may include systems and a methods for verifying the identity of an individual by invoking the services of at least one databroker. The present invention may establish a predetermined identity verification level and, based on the capabilities of associated databrokers, may establish a number of different solutions for verifying an individual's identity to the predetermined level. When a request for identity verification is received, the present invention may examine the possible solutions for the requested verification level and, by invoking the services of one or more databrokers, may attempt to verify the individual's identity.

Abstract: A brake system control for use in a vehicle with wheels, wheel brakes and a body, comprising the steps of: measuring a plurality of vehicle parameters; responsive to the measured parameters, determining at least a vehicle yaw rate, a vehicle slip angle, a desired yaw rate and a desired slip angle; responsive to the measured parameters, estimating a coefficient of adhesion between the vehicle wheels and a road surface; implementing a control responsive to the vehicle yaw rate and the desired yaw rate with a first authority and responsive to the vehicle slip angle and the desired slip angle with a second authority, wherein the first authority increases as the estimated coefficient of adhesion increases and decreases as the estimated coefficient of adhesion decreases; and controlling the wheel brakes responsive to the control to reduce a first difference between the vehicle yaw rate and the desired yaw rate and to reduce a second difference between the vehicle slip angle and the desired slip angle.