Abstract: An embodiment may involve receiving, from one or more server devices, representations of past amounts spent on paid search engine listings for a web site and representations of paid search conversions involving the web site that are attributable to the paid search engine listings. The embodiment may also involve receiving representations of past amounts spent on the display promotions for the web site and representations of display conversions involving the web site. The embodiment may also involve receiving a request for a graphical representation of the cross-channel performance of the web site with respect to conversions. In response to receiving the request for the graphical representation of the cross-channel performance of the web site, the computing system may transmit the graphical representation of the cross-channel performance of the web site.

Abstract: A dual-gate metal-oxide-semiconductor field-effect transistor (MOSFET) may include a MOSFET having a channel region, a drain, and a source, a first gate formed proximate to the channel region, a drain extension region formed proximate to the drain, and a second gate formed proximate to the drain extension region.

Abstract: A dual-gate metal-oxide-semiconductor field-effect transistor (MOSFET) may include a MOSFET having a channel region, a drain, and a source, a first gate formed proximate to the channel region, a drain extension region formed proximate to the drain, and a second gate formed proximate to the drain extension region.

Abstract: An embodiment may involve receiving, from a search engine device at which a web site is registered, updates to search engine performance information of the web site. The embodiment may further involve receiving, from one or more traffic tracking service devices, updates to traffic information for the web pages. The embodiment may further involve receiving, via selectable controls on a graphical user interface of a client device, a selection of two or more of a plurality of metrics related to the search engine performance information and the traffic information. The embodiment may further involve transmitting, to the client device, graph data representing values of the selected two metrics over a pre-defined period of time. Reception of the graph data may cause the client device to plot, on the graphical user interface, a graph indicating the values of the selected two metrics over the pre-defined period of time.

Abstract: An embodiment may involve receiving, from one or more server devices, representations of past amounts spent on paid search engine listings for a web site and representations of paid search conversions involving the web site that are attributable to the paid search engine listings. The embodiment may also involve receiving representations of past amounts spent on the display promotions for the web site and representations of display conversions involving the web site. The embodiment may also involve receiving a request for a graphical representation of the cross-channel performance of the web site with respect to conversions. In response to receiving the request for the graphical representation of the cross-channel performance of the web site, the computing system may transmit the graphical representation of the cross-channel performance of the web site.

Abstract: An embodiment may involve receiving, from one or more online advertising service devices at which one or more online advertising campaigns are operated, updates to information related to online advertisement placement and online advertisement performance associated with the one or more online advertising campaigns. The information may include a plurality of metrics. The embodiment may also involve receiving, via selectable graph menu options on a graphical user interface of a client device, a selection of two of the plurality of metrics. The embodiment may further involve transmitting, for display on the graphical user interface, data representing values of the selected two metrics over a pre-defined period of time. Reception of the data may cause the client device to plot a graph indicating the values of the selected two metrics over the pre-defined period of time.

Abstract: In accordance with embodiments of the present disclosure, a method for identifying a location of an integrated circuit that is sensitive to RTS noise may include applying localized heat to a scan area of the integrated circuit, observing any change in one or more electrical parameters of the integrated circuit in response to the localized heat being applied to the scan area indicative of sensitivity to RTS noise, and identifying the location sensitive to RTS noise responsive to observing change in one or more electrical parameters of the integrated circuit indicative of sensitivity to RTS noise in response to the localized heat being applied to the scan area.

Abstract: In accordance with embodiments of the present disclosure, a method for identifying a location of an integrated circuit that is sensitive to RTS noise may include applying localized heat to a scan area of the integrated circuit, observing any change in one or more electrical parameters of the integrated circuit in response to the localized heat being applied to the scan area indicative of sensitivity to RTS noise, and identifying the location sensitive to RTS noise responsive to observing change in one or more electrical parameters of the integrated circuit indicative of sensitivity to RTS noise in response to the localized heat being applied to the scan area.

Abstract: In an embodiment, a power amplifier (PA) includes a signal processing path including gain stages to receive a radio frequency (RF) signal and to output an amplified RF signal, sensors coupled to the signal processing path each to sense a characteristic of operation of the PA, and a microcontroller configured to execute instructions and to receive the operation characteristic(s) and to control one or more parameters of the signal processing path responsive this operation characteristic.

Abstract: In an embodiment, a power amplifier (PA) includes a signal processing path including gain stages to receive a radio frequency (RF) signal and to output an amplified RF signal, sensors coupled to the signal processing path each to sense a characteristic of operation of the PA, and a microcontroller configured to execute instructions and to receive the operation characteristic(s) and to control one or more parameters of the signal processing path responsive this operation characteristic.