摘要:
The present invention is a method of charged particle beam exposure wherein an area of an exposure pattern is exposed by irradiating a sample (36) with a charged particle beam while moving said sample, comprising: a step of generating speed data including the speed distribution in a direction of movement of the sample in accordance with secondary data which is generated from a pattern data including at least data (37) of the exposure pattern and data (38) of an exposure position, and includes at least density information of the exposure pattern; and a step of irradiating the sample (36) with the charged particle beam in accordance with the pattern data while being moved at variable speed in accordance with the speed data. According to the invention, the through-put is improved very much without any defect of the exposure.
摘要:
The present invention is a method of charged particle beam exposure wherein an area of an exposure pattern is exposed by irradiating a sample (36) with a charged particle beam while moving said sample, comprising: a step of generating speed data including the speed distribution in a direction of movement of the sample in accordance with secondary data which is generated from a pattern data including at least data (37) of the exposure pattern and data (38) of an exposure position, and includes at least density information of the exposure pattern; and a step of irradiating the sample (36) with the charged particle beam in accordance with the pattern data while being moved at variable speed in accordance with the speed data. According to the invention, the through-put is improved very much without any defect of the exposure.
摘要:
A method and an apparatus is provided for forming a layout pattern of a semiconductor integrated circuit comprising a step or a means for automatically reforming a layout pattern by only carrying out a routing process, when a required layout pattern is the same as an existing layout pattern at the transistor-constitution level. Further, a method or an apparatus is provided for forming a layout pattern of a semiconductor integrated circuit comprising a step or a means for automatically reforming a layout pattern without analyzing the logical information down to the transistor-constitution level, when a required layout pattern is not the same as an existing layout pattern in the transistor-constitution level. Therefore, processing can be simplified and operation speed can be increased.
摘要:
A semiconductor integrated circuit device includes: a master chip(203) including a basic cell region(201) having a plurality of basic cell arrays(206) arranged thereon, and an input/output cell region(202) having a plurality of input/output cells(207) arranged along the periphery of the basic cell region; a first wiring layer formed on the basic cell region and the input/output cell region via a first insulation layer having contact holes at predetermined positions, the first wiring layer including fixed wirings(LA,508); and a second wiring layer formed on the first wiring layer via a second insulation layer having through holes at predetermined positions, the second wiring layer including programmed wirings(LB,507). Only the wiring pattern of the second wiring layer is suitably changed in accordance with conditions of circuits applied to the input/output cell region and the basic cell region in regions corresponding to the input/output cell region and the basic cell region, thereby greatly reducing a turnaround time of the device.
摘要:
A semiconductor integrated circuit comprises a plurality of integrated circuit blocks (31 - 39) constituted on a wafer (30), the integrated circuit blocks being arbitrarily electrically connected to each other so as to form a system. Each of the integrated circuit blocks comprises a logical operating circuit (42) for carrying out a logical operation; a pseudo-random pattern generating circuit (40) for generating a pseudo-random pattern signal; switching circuit (41) for selecting either an input signal to be processed by the logical operating circuit or the pseudo-random pattern signal in response to a test enabling signal (TE1 - TE9) which is independently applied to each integrated circuit block so that each integrated circuit block is independently set to either a test mode or a normal mode and for outputting the selected signal to the logical operating circuit; and a data compressing circuit (43) for compressing an output data signal of the logical operating circuit.
摘要:
A method and an apparatus is provided for forming a layout pattern of a semiconductor integrated circuit comprising a step or a means for automatically reforming a layout pattern by only carrying out a routing process, when a required layout pattern is the same as an existing layout pattern at the transistor-constitution level. Further, a method or an apparatus is provided for forming a layout pattern of a semiconductor integrated circuit comprising a step or a means for automatically reforming a layout pattern without analyzing the logical information down to the transistor-constitution level, when a required layout pattern is not the same as an existing layout pattern in the transistor-constitution level. Therefore, processing can be simplified and operation speed can be increased.
摘要:
A semiconductor integrated circuit device includes: a master chip(203) including a basic cell region(201) having a plurality of basic cell arrays(206) arranged thereon, and an input/output cell region(202) having a plurality of input/output cells(207) arranged along the periphery of the basic cell region; a first wiring layer formed on the basic cell region and the input/output cell region via a first insulation layer having contact holes at predetermined positions, the first wiring layer including fixed wirings(LA,508); and a second wiring layer formed on the first wiring layer via a second insulation layer having through holes at predetermined positions, the second wiring layer including programmed wirings(LB,507). Only the wiring pattern of the second wiring layer is suitably changed in accordance with conditions of circuits applied to the input/output cell region and the basic cell region in regions corresponding to the input/output cell region and the basic cell region, thereby greatly reducing a turnaround time of the device.