Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: According to a first aspect of the embodiments, a microphone mixer is provided comprising: an input adapted to receive differential microphone (mic) output signals; a gain-trim circuit adapted to receive the differential mic output signals, and which includes a substantially fully differential amplifier adapted to amplify the received differential mic output signals through use of a gain-trim output adjustment device that provides a variable gain amount ranging from a first gain-trim gain value to a second gain-trim gain value, to produce differential gain-trim circuit output signals; a fader circuit adapted to receive the differential gain-trim circuit output signals, and which includes a differential amplifier adapted to attenuate the received differential gain-trim circuit output signals through use of a fader output adjustment device that provides a variable gain amount ranging from a first fader gain value to a second fader value; and a common adjustment apparatus that mechanically ties the gain-trim out

Abstract: A unitary transparent/translucent button element with UV ink curable graphics directly printed thereon having a sensing circuit that detects touch gestures made on or in front of the transparent element directly through an illuminating Light Emitting Diode (LED) lighting layer. Engraved markings help a user to identify the corresponding key function.

Abstract: An electrical device configured to install within a wall mounted electrical box. The electrical device includes a bezel frame configured to fit within a faceplate. The bezel frame includes an antenna element. The device further includes a radio frequency circuitry component in electrical communication with the antenna element and configured to receive a control signal from the antenna element.

Abstract: In an illustrative embodiment, a system comprises an A/V switcher that is configured to monitor a presence of an A/V signal in a cable and transmit data regarding said A/V signal presence. A cable clamp-on device is coupled to the cable and includes at least one indicator for displaying said A/V signal presence, and a transceiver configured to receive the data regarding said A/V signal presence.

Abstract: In an illustrative embodiment, a system comprises an A/V switcher that is configured to monitor a presence of an A/V signal in a cable and transmit data regarding said A/V signal presence. A cable clamp-on device is coupled to the cable and includes at least one indicator for displaying said A/V signal presence, and a transceiver configured to receive the data regarding said A/V signal presence.

Abstract: In an illustrative embodiment, a cable clamp (100) comprises a first half member (110) and a second half member (115). Each of the half members comprises first and second mating surfaces (120, 125), and interior and exterior surfaces (130, 135). The half members are connected at the first mating surfaces thereof such that the half members form a passageway (140) for receiving a cable (145) therethrough. The clamp further comprises at least one actuator (150) disposed on one of the exterior surfaces, at least one indicator (155) disposed on one of the exterior surfaces, and a transceiver (160) configured to transmit data regarding the at least one actuator and to receive data regarding the indicator via a wireless link.

Abstract: In an illustrative embodiment, a system comprises a cable having a first end and a second end. The first end is connected to a portable device and the second end is connected to an A/V switcher. The A/V switcher is configured to monitor presence of an A/V signal in the cable and transmit data regarding said A/V signal presence. A cable clamp-on device is coupled to the cable and includes at least one indicator configured to display said A/V signal presence within the associated coupled cable, and a transceiver configured to receive the data, via a wireless link, the data regarding said A/V signal presence.

Abstract: In an illustrative embodiment, a system comprises a cable having a first end and a second end. The first end is connected to a portable device and the second end is connected to an A/V switcher. The A/V switcher is configured to monitor presence of an A/V signal in the cable and transmit data regarding said A/V signal presence. A cable clamp-on device is coupled to the cable and includes at least one indicator configured to display said A/V signal presence within the associated coupled cable, and a transceiver configured to receive the data, via a wireless link, the data regarding said A/V signal presence.

Abstract: In an illustrative embodiment, a cable clamp (100) comprises a first half member (110) and a second half member (115). Each of the half members comprises first and second mating surfaces (120, 125), and interior and exterior surfaces (130, 135). The half members are connected at the first mating surfaces thereof such that the half members form a passageway (140) for receiving a cable (145) therethrough. The clamp further comprises at least one actuator (150) disposed on one of the exterior surfaces, at least one indicator (155) disposed on one of the exterior surfaces, and a transceiver (160) configured to transmit data regarding the at least one actuator and to receive data regarding the indicator via a wireless link.

Abstract: An electrical device configured to install within a wall mounted electrical box. The electrical device includes a bezel frame configured to fit within a faceplate. The bezel frame includes an antenna element. The device further includes a radio frequency circuitry component in electrical communication with the antenna element and configured to receive a control signal from the antenna element.

Abstract: An electrical device comprises a bezel frame that is configured to fit within a faceplate. The bezel frame includes an antenna element. The electrical device further comprises a radio frequency circuitry component in electrical communication with the antenna element and configured to receive a control signal from the antenna element and a housing, which includes a housing cover. The housing cover is located between the antenna element and the radio frequency circuitry component. The electrical device further comprises one or more connectors configured to place the antenna element and the radio frequency circuitry component in electrical communication. The one or more connectors protrude through the housing cover.

Abstract: An electrical device configured to install within a wall mounted electrical box. The electrical device includes a bezel frame configured to fit within a faceplate. The bezel frame includes an antenna element.

Abstract: An electrical device configured to install within a wall mounted electrical box includes an antenna bezel frame, an antenna element, and a radio frequency circuitry component. At least a portion of the antenna bezel frame is configured to protrude through an opening in a faceplate. The antenna element is mounted to the antenna bezel frame such that the antenna element is located a distance forward of a plane that contains a front surface of the faceplate when the field configurable electrical device is installed. The radio frequency circuitry component is in electrical communication with the antenna element and is configured to receive a control signal from the antenna element.

Abstract: An electrical device configured to install within a wall mounted electrical box includes an antenna bezel frame, an antenna element, and a radio frequency circuitry component. At least a portion of the antenna bezel frame is configured to protrude through an opening in a faceplate. The antenna element is mounted to the antenna bezel frame such that the antenna element is located a distance forward of a plane that contains a front surface of the faceplate when the field configurable electrical device is installed. The radio frequency circuitry component is in electrical communication with the antenna element and is configured to receive a control signal from the antenna element.

Abstract: An electrical device configured to install within a wall mounted electrical box includes an antenna bezel frame, an antenna element, and a radio frequency circuitry component. At least a portion of the antenna bezel frame is configured to protrude through an opening in a faceplate. The antenna element is mounted to the antenna bezel frame such that the antenna element is located a distance forward of a plane that contains a front surface of the faceplate when the field configurable electrical device is installed. The radio frequency circuitry component is in electrical communication with the antenna element and is configured to receive a control signal from the antenna element.