Abstract:
The invention is sensor pod assembly for mounting sensor systems for an aircraft, the aircraft having a fuselage with a longitudinal axis. In detail the sensor pod includes an elongated pod having front and rear ends, the pod removable mountable to the underside of the fuselage of the aircraft aligned with the longitudinal axis. A mounting system is includes to mount at least one container capable of being pressurized in a plurality of locations within the pod along the longitudinal axis, the at least one container including means to mount the sensor systems there within.
Abstract:
A flip chip packaging method to attach a die to a package substrate, the method including dipping the die into solder paste; placing the die onto the package substrate; and reflowing the solder paste to attach the die to the package substrate. Other embodiments are described and claimed.
Abstract:
To remove and/or prevent contamination of a probe, at least a portion of the probe is positioned in a chamber having an inlet passage and an outlet passage, with a distal end of the probe extending through the outlet passage and terminating on a side thereof opposite the chamber. A gas is caused to flow through the inlet passage into the chamber and out the outlet passage, thereby modifying an environment surrounding the distal end of the probe. The gas may be heated prior to injection.
Abstract:
A system and method for reporting, directly to a customer, conditions of telecommunications services to which the customer subscribes. The system includes a server for collecting fault information from the telecommunications network management system and a customer workstation for viewing the information. The customer can use the workstation to define a view of the data he wishes to receive. The server builds reports using the view, and provides the reports to the customer.
Abstract:
A flip chip packaging method to attach a die to a package substrate, the method including dipping the die into solder paste; placing the die onto the package substrate; and reflowing the solder paste to attach the die to the package substrate. Other embodiments are described and claimed.
Abstract:
A biomedical electrode for transmitting and/or receiving electrical signals to/from a patient is disclosed. The electrode includes a metallized fabric, wherein metallization of the fabric is connected at least on a top side and a bottom side of the fabric so as to uniformly transmit or receive the electrical signals. A conductive gel adhesive in contact with the metallized fabric. The electrode can be fabricated using a continuous web process, thereby reducing the cost of manufacturing the electrode.
Abstract:
A method of processing a semiconductor wafer includes utilizing a heated gas to heat at least one part of a semiconductor wafer by convection whereupon at least one contaminant is desorbed therefrom. A stream of cooling gas is caused to pass over the one part of the semiconductor wafer in the absence of heated gas to cool the one part of the semiconductor wafer. A metrology tool is then caused to measure at least one part of the semiconductor wafer to determine at least one characteristic thereof.
Abstract:
A method of processing a semiconductor wafer includes utilizing a heated gas to heat at least one part of a semiconductor wafer by convection whereupon at least one contaminant is desorbed therefrom. A stream of cooling gas is caused to pass over the one part of the semiconductor wafer in the absence of heated gas to cool the one part of the semiconductor wafer. A metrology tool is then caused to measure at least one part of the semiconductor wafer to determine at least one characteristic thereof.