Abstract: A support for capillaries comprises a ceramic member having a flat surface area on which the capillaries are to be aligned. The flat surface area has a flatness of not more than 0.02 mm and has a mean spacing of waviness motifs (AW) of not more than 100 ?m.

Abstract: A support for capillaries comprises a ceramic member having a flat surface area on which the capillaries are to be aligned. The flat surface area has a flatness of not more than 0.02 mm and has a mean spacing of waviness motifs (AW) of not more than 100 ?m.

Abstract: A dual system includes a 0-subsystem and a 1-subsystem, each of which in turn includes a first bus, a second bus, a main memory having a memory section reading from and writing into which is performed over the first bus, a cache memory, a processor for outputting a first command for instruction to write back data of the cache memory into the main memory, a cache memory control section having a first reset terminal, through which an element thereof takes part in control of the first bus, for performing write back processing of data of the cache memory into the main memory based on the first command, and a system control section for controlling system changeover between an act system and a standby system over the system confounding line.

Abstract: In an opto-electronic module including an opto-electronic unit and a receptacle, the receptacle has an outer indentation. When the module is assembled, the receptacle is held in a fixture with a projecting lip that fits into the indentation. After optical alignment, the receptacle is fastened to the opto-electronic unit by welding. The projecting lip prevents the receptacle from moving during the welding process, thereby assuring that optical alignment is maintained.

Abstract: In an opto-electronic module including an opto-electronic unit and a receptacle, the receptacle has an outer indentation. When the module is assembled, the receptacle is held in a fixture with a projecting lip that fits into the indentation. After optical alignment, the receptacle is fastened to the opto-electronic unit by welding. The projecting lip prevents the receptacle from moving during the welding process, thereby assuring that optical alignment is maintained.

Abstract: A parity inversion test system includes an interface part having an input side coupled to a N-bit data line and an output side coupled to a M-bit data line, where N<M, an output coupling part for coupling at least a part of a data output from the output side of the interface part to the data output from the output side of the interface part in a test mode so as to output a M-bit data, a parity generating part for generating a parity data with respect to the M-bit data output to the M-bit data line via the output coupling part based on the M-bit data, and a parity inversion bit specifying part for specifying arbitrary bits of the M-bit data output to the M-bit data line which are to be inverted when generating the parity data in the parity generating part.