摘要:
Some embodiments provide an integrated circuit (“IC”). The IC includes multiple configurable circuits that configurably perform operations of a user design based on configuration data. The IC also includes a configurable trigger circuit that receives a set of configuration data that specifies an operational event. The configurable trigger circuit also determines whether the operational event has occurred during implementation of the user design of the IC. Additionally, the operational trigger event outputs a trigger signal upon determining that the operational trigger event has occurred.
摘要:
Some embodiments provide an integrated circuit (‘IC’). The IC includes multiple configurable circuits that configurably perform operations of a user design based on configuration data. The IC also includes a configurable trigger circuit that receives a set of configuration data that specifies an operational event. The configurable trigger circuit also determines whether the operational event has occurred during implementation of the user design of the IC. Additionally, the operational trigger event outputs a trigger signal upon determining that the operational trigger event has occurred.
摘要:
Some embodiments provide an integrated circuit (‘IC’). The IC includes multiple configurable circuits that configurably perform operations of a user design based on configuration data. The IC also includes a configurable trigger circuit that receives a set of configuration data that specifies an operational event. The configurable trigger circuit also determines whether the operational event has occurred during implementation of the user design of the IC. Additionally, the operational trigger event outputs a trigger signal upon determining that the operational trigger event has occurred.
摘要:
Some embodiments provide an integrated circuit (“IC”). The IC includes multiple configurable circuits that configurably perform operations of a user design based on configuration data. The IC also includes a configurable trigger circuit that receives a set of configuration data that specifies an operational event. The configurable trigger circuit also determines whether the operational event has occurred during implementation of the user design of the IC. Additionally, the operational trigger event outputs a trigger signal upon determining that the operational trigger event has occurred.
摘要:
A process for preparing graphite articles is presented. In particular, the process includes employing a particulate fraction comprising at least about 35 weight percent coke, coal or combinations thereof having a diameter such that a major fraction of it passes through a 0.25 mm to 25 mm mesh screen. The particulate fraction is mixed with a liquid or solid pitch binder, to form a stock blend; the stock blend is extruded to form a green stock; the green stock is baked to form a carbonized stock; and the carbonized stock is graphitized. The stock blend further includes carbon fibers added after mixing of the particulate fraction and pitch has begun.
摘要:
A mixture of carbon-containing fibers, such as mesophase or isotropic pitch fibers, and a suitable matrix material, such as a milled pitch, is compressed while resistively heating the mixture to form a carbonized composite material having a density of about 1.5 g/cm3, or higher. The composite material is formed in under ten minutes. This is a significantly shorter time than for conventional processes, which typically take several days and achieve a lower density material. Consequently, carbon/carbon composite materials having final densities of about 1.6-1.8 g/cm3, or higher are readily achieved with one or two infiltration cycles using a pitch or other carbonaceous material to fill voids in the composite and rebaking.
摘要翻译:将含碳纤维如中间相或各向同性沥青纤维以及适当的基质材料如磨碎沥青的混合物压缩,同时电阻加热混合物以形成密度为约1.5g / cm 2的碳化复合材料 <3>或更高。 复合材料在10分钟内形成。 这比通常需要几天并实现较低密度材料的常规工艺明显更短的时间。 因此,通过使用沥青或其他含碳材料填充复合材料中的空隙并进行重新组装,可以通过一次或两次渗透循环,容易地实现最终密度为约1.6-1.8g / cm 3或更高的碳/碳复合材料。
摘要:
A mixture of carbon-containing fibers, such as mesophase or isotropic pitch fibers, a suitable matrix material, such as a milled pitch is compressed while resistively heating the mixture to form a carbonized composite material. Preferably, the carbonized material has a density of at least about 1.30 g/cm3. Preferably, the composite material is formed in less than ten minutes. This is a significantly shorter time than for conventional processes, which typically take several days and achieve a lower density material. A treating component may be impregnated into the composite. Consequently, carbon/carbon composite materials having final densities of about 1.6–1.8 g/cm3 or higher are readily achieved with one or two infiltration cycles using a pitch or other carbonaceous material to fill voids in the composite and rebaking.
摘要翻译:将含碳纤维如中间相或各向同性沥青纤维,合适的基质材料如研磨沥青的混合物压缩,同时电阻加热混合物以形成碳化复合材料。 优选地,碳化材料具有至少约1.30g / cm 3的密度。 优选地,复合材料在不到10分钟内形成。 这比通常需要几天并实现较低密度材料的常规工艺明显更短的时间。 处理组分可以浸渍到复合材料中。 因此,具有约1.6-1.8g / cm 3或更高的最终密度的碳/碳复合材料通过使用沥青或其它含碳材料填充复合材料中的空隙的一个或两个渗透循环容易地实现 并重新开始。
摘要:
A process for preparing graphite articles is presented. In particular, the process includes employing a particulate fraction comprising at least about 35 weight percent coke, coal or combinations thereof having a diameter such that a major fraction of it passes through a 0.25 mm to 25 mm mesh screen. The particulate fraction is mixed with a liquid or solid pitch binder, to form a stock blend; the stock blend is extruded to form a green stock; the green stock is baked to form a carbonized stock; and the carbonized stock is graphitized. The stock blend further comprises one or both of carbon fibers (advantageously added after mixing of the particulate fraction and pitch has begun) and small particle size filler (advantageously added as part of the particulate fraction).
摘要:
A mixture of carbon-containing fibers, such as mesophase or isotropic pitch fibers, and a suitable matrix material, such as a milled pitch, is compressed while resistively heating the mixture to form a carbonized composite material having a density of about 1.5 g/cm3, or higher. The composite material is formed in under ten minutes. This is a significantly shorter time than for conventional processes, which typically take several days and achieve a lower density material. Consequently, carbon/carbon composite materials having final densities of about 1.6-1.8 g/cm3, or higher are readily achieved with one or two infiltration cycles using a pitch or other carbonaceous material to fill voids in the composite and rebaking.
摘要翻译:将含碳纤维如中间相或各向同性沥青纤维以及适当的基质材料如磨碎沥青的混合物压缩,同时电阻加热混合物以形成密度为约1.5g / cm 2的碳化复合材料 <3>或更高。 复合材料在10分钟内形成。 这比通常需要几天并实现较低密度材料的常规工艺明显更短的时间。 因此,通过使用沥青或其他含碳材料填充复合材料中的空隙并进行重新组装,可以通过一次或两次渗透循环,容易地实现最终密度为约1.6-1.8g / cm 3或更高的碳/碳复合材料。
摘要:
A high speed transceiver operable to receive lower data rate transmissions includes an oversampling module and a data recovery system. The oversampling module is operably coupled to oversample a unique alignment sequence and data of a data stream received at a first data transmission to produce an oversampled unique alignment sequence and oversampled data, respectively, wherein the first data transmission rate is less than a serial bit rate of the high speed transceiver. The data recovery system is operably coupled to: compare a portion of the oversampled unique alignment sequence with an expected oversampled partial alignment sequence; when the comparing the portion of the oversampled unique alignment sequence with the expected oversampled partial alignment sequence is favorable, determine one of a plurality of word alignments for the data stream based on the portion of the oversampled unique alignment sequence; and recover aligned data at the first data transmission rate from the oversampled data based on the one of the plurality of word alignments.