Applied Precision(R), LLC Announces Increased Z-Force Overtravel Capabilities for the probeWoRx(R) 300.probeWoRx([R]) 300(HF) to Provide High-Force Solution for High Pin-Count Advanced Probe Cards A probe card is an interface between an electronic test system and a semiconductor wafer. Its purpose is to provide an electrical path between the test system and the circuits on the wafer, thereby permitting the testing and validation of the circuits at the wafer level, usually ISSAQUAH, Wash. -- Applied Precision, LLC (Logical Link Control) See "LANs" under data link protocol. LLC - Logical Link Control ., a leading supplier of wafer probe test and yield improvement solutions for the semiconductor industry announces its new High Force option for the probeWoRx 300 Probe Card Test and Analysis system. 300mm advanced probe cards are moving well past tens of thousands of pins, making the ability to maintain metrology metrology Science of measurement. Measuring a quantity means establishing its ratio to another fixed quantity of the same kind, known as the unit of that kind of quantity. standards under increasing Z-Force loads paramount to probe card test and analysis. "300mm single-touch wafer-level test is driving innovative engineering solutions throughout the industry. Accommodating the greater applied loads at overtravel while maintaining accuracy and repeatability was the challenge before us," said Christian Kuwasaki, development manager for the HF. "The probeWoRx 300HF, with Z-Force levels up to 200 Kg, answers this challenge." The ability to apply large loads utilizing probeWoRx 300HF combined with the speed improvements derived from 3-D Optical Comparative Metrology enables the cost effective testing of these increasingly larger cards while maintaining or improving throughput. The probeWoRx 300HF builds upon the advanced technology platform of 3-D Optical Comparative Metrology (3-D OCM OCM Oracle Certified Master (database administrator certification) OCM Organization for Competitive Markets OCM Onondaga Cortland Madison (counties in New York) OCM Olympic Council of Malaysia (TM)), first introduced by Applied Precision in 2003. 3-D OCM(TM) technology, as opposed to traditional probe card test & analysis systems, measures probe tip planarity
Planarity is the name of a puzzle computer game based on a concept by Mary Radcliffe at Western Michigan University[1]. and alignment via complementary optical and electrical measurements Electrical measurements Measurements of the many quantities by which the behavior of electricity is characterized. Measurements of electrical quantities extend over a wide dynamic range and frequencies ranging from 0 to 1012 Hz. to enhance speed and accuracy, while enabling new probe card metrology capabilities, such as deflection deflection /de·flec·tion/ (de-flek´shun) deviation or movement from a straight line or given course, such as from the baseline in electrocardiography. de·flec·tion n. 1. measurement and Loaded Optical Planarity. Currently, probeWoRx 300 can complete planarity and alignment tests on today's most advanced probe cards in less than one hour. The probeWoRx 300HF adds a new dimension to Applied Precision's industry-leading family of probe card test and analysis systems, demonstrating its customer focus and dedication to the Semiconductor industry roadmap. Applied Precision, LLC will be attending SEMICON SEMICON Semiconductors Equipment and Material International Conference West 2007. Come visit us at booth #8625 for more information. The Semiconductor Division of Applied Precision, LLC develops and manufactures test and analysis tools enabling accuracy-critical applications for the semiconductor industry. Applied Precision, LLC is the leading provider of metrology solutions for the wafer probing process including probe card test and analysis and probing process analysis. More information is available at http://www.appliedprecision.com. For more information on the probeWoRx([R])300 or any of Applied Precision's products, please contact us at 1040 12th Ave. N.W., Issaquah, WA 98027, USA. Tel (425) 557-1000 or Fax (425) 557-1055. |
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