Abstract: To increase the overall efficiency of a test apparatus, provided is a test module that includes an instruction information storage section that stores instruction information indicating an order in which basic patterns are expanded; a basic pattern data storage section that stores basic pattern data; a plurality of pattern generating sections that each include a temporary instruction information storage section, which temporarily stores a portion of the instruction information, and that each generate a test pattern supplied to a device under test by expanding the basic pattern data in the order indicated by the instruction information stored in the corresponding temporary instruction information storage section; and a plurality of position information storage sections that independently store position information indicating reading positions of the instruction information stored in the instruction information storage section that is common to the plurality of pattern generating sections, in association with e

Abstract: A testing module including a designation information storing section that stores designation information designating an order of decoding fundamental patterns, a fundamental pattern storing section that stores the fundamental patterns, a plurality of pattern generating sections that each generate a test pattern to be supplied to a device under test, a plurality of position information storing sections that each store, in association with a corresponding pattern generating section, position information designating a read position from which the designation information is read from the designation information storing section, and an information transmission path shared by the pattern generating sections that transmits a part of the designation information from the designation information storing section to the designation information temporary storing section in each pattern generating section.

Abstract: Provided is test apparatus with higher testing efficiency, including: plurality of pattern generating sections generating test pattern to supply to devices under test; group control section controlling group of pattern generating sections out of the pattern generating sections, and generating control signal upon receiving signal output from any pattern generating section controlled; range information storage section storing range information indicating range of pattern generating sections, out of the pattern generating sections, that serve to test one independent device under test; and comprehensive control section receiving the control signal from the group control section, identifying any pattern generating section that supplies the test pattern to the same device under test as that to which the pattern generating section having output the signal supplies the test pattern based on the range information, and in response to the control signal, controlling any other group control section that controls the iden

Abstract: There is provided a test apparatus for testing a device under test.

Abstract: There is provided a testing module including a designation information storing section that stores thereon designation information designating an order of decoding fundamental patterns, a fundamental pattern storing section that stores thereon the fundamental patterns in a data form, a plurality of pattern generating sections each of which has a designation information temporary storing section that temporarily stores thereon part of the designation information, where each pattern generating section generates a test pattern to be supplied to a device under test by decoding the fundamental patterns in an order designated by the partial designation information stored on the designation information temporary storing section, a plurality of position information storing sections each of which stores thereon, in association with a corresponding one of the plurality of pattern generating sections, position information designating a read position from which the designation information is read from the designation inf

Abstract: To increase the overall efficiency of a test apparatus, provided is a test module that includes an instruction information storage section that stores instruction information indicating an order in which basic patterns are expanded; a basic pattern data storage section that stores basic pattern data; a plurality of pattern generating sections that each include a temporary instruction information storage section, which temporarily stores a portion of the instruction information, and that each generate a test pattern supplied to a device under test by expanding the basic pattern data in the order indicated by the instruction information stored in the corresponding temporary instruction information storage section; and a plurality of position information storage sections that independently store position information indicating reading positions of the instruction information stored in the instruction information storage section that is common to the plurality of pattern generating sections, in association with e

Abstract: Provided is test apparatus with higher testing efficiency, including: plurality of pattern generating sections generating test pattern to supply to devices under test; group control section controlling group of pattern generating sections out of the pattern generating sections, and generating control signal upon receiving signal output from any pattern generating section controlled; range information storage section storing range information indicating range of pattern generating sections, out of the pattern generating sections, that serve to test one independent device under test; and comprehensive control section receiving the control signal from the group control section, identifying any pattern generating section that supplies the test pattern to the same device under test as that to which the pattern generating section having output the signal supplies the test pattern based on the range information, and in response to the control signal, controlling any other group control section that controls the iden

Abstract: There is provided a test apparatus for testing a device under test.

Abstract: In a stage member for use in an exposure apparatus, a honeycomb structural body has walls that are extended in a direction perpendicular to a longitudinal direction of the stage member and that surround square shaped prismatic spaces, so as to accomplish a high resistance and a high resonant frequency with respect to torsional vibration. The honeycomb structural body of the stage member is preferably made of a ceramic material.

Abstract: A test apparatus that tests a device under test, including a main memory having an expectation pattern storing region storing an expectation pattern sequence to be sequentially compared with output patterns sequentially output from a terminal of the device; a test pattern outputting unit for sequentially inputting a plurality of test patterns into the device; a capture unit for sequentially acquiring the output patterns into an output pattern storing region on the main memory; a memory reading unit for reading an output pattern sequence consisting of the plurality of acquired output patterns and the expectation pattern sequence from the main memory when the acquisition process acquiring the output patterns into the output pattern storing region has been terminated; and an expectation comparing unit for comparing the read expectation pattern sequence and the output pattern sequence.

Abstract: A test apparatus that tests a device under test, includes: a main memory having an expectation pattern storing region storing an expectation pattern sequence to be sequentially compared with a plurality of output patterns sequentially output from a terminal of the device under test; a test pattern outputting unit operable to sequentially input a plurality of test patterns into the device under test and sequentially output the output patterns from the device under test; a capture unit operable to sequentially acquire the output patterns into an output pattern storing region on the main memory; a memory reading unit operable to read an output pattern sequence consisting of the plurality of acquired output patterns and the expectation pattern sequence from the main memory when the acquisition process acquiring the output patterns into the output pattern storing region has been terminated; and an expectation comparing unit operable to compare the read expectation pattern sequence and the output pattern sequence.

Abstract: A hydraulic composition comprising (a) a cement composition prepared by subjecting size-adjusted cement having its particle size distribution adjusted to have a 50% pass particle diameter of from 2 to 7 .mu.m and a ratio of a 90% pass particle diameter to a 10% pass particle diameter of from 25 to 40 to a water-spraying treatment to increase the loss on ignition thereof by 0.5 to 2.0% by weight and (b) a water reducing agent; and a process for producing a concrete pile by using a mixture of the hydraulic composition and from 18 to 25% by weight of water based on the hydraulic composition. A mortar or concrete mixture of the hydraulic composition exhibits sufficient fluidity and provides a hardened product having a greatly improved compressive strength. The concrete pile produced by using the hydraulic composition has a compressive strength of 800 kgf/cm.sup.2 or higher at one day age.