LMS-91A Temperature Chuck Adapter Available for J microTechnology's LMS-2709 Laboratory Microprobe Station.Adds temperature control and enhanced heat sink A material that absorbs heat. Typically made of aluminum, heat sinks are widely used in amplifiers and other electronic devices that build up heat. Small heat sinks are the most economical method for cooling microprocessors and other chips. to probed test device PORTLAND, Ore. -- J microTechnology Microtechnology is technology with features near one micrometre (one millionth of a metre, or 10-6 metre, or 1μm). In the 1960s, scientists learned that by arraying large numbers of microscopic transistors on a single chip, microelectronic circuits could be , Inc., specialists in electrical and mechanical test products for advanced semiconductor and packaged devices, introduces its LMS-91A temperature controlled chuck for its LMS-2709 Laboratory Microprobe microprobe /mi·cro·probe/ (mi´kro-prob?) a minute probe, as one used in microsurgery. microprobe a minute probe, such as one used in microsurgery. Station. The chuck adds temperature control and enhanced heat sink capability, enabling measurements at non-ambient temperatures on the device being tested. The LMS-91A provides the advantage of low-cost thermal electric (TE) temperature control to microprobe technology on bench-top test applications for scientists and engineers. J microTechnology's chuck operates at a temperature range of minus 5 degrees to 130 degrees Celsius (C). The temperature changes at approximately 2 seconds per degree, with temperature stability at better than 0.2 degrees C. This allows rapid change in operating point temperature and a stable test condition. The chuck is isolated from the stage and microprobe station base to allow test of back-side active semiconductors. Since all semiconductor devices are temperature-sensitive and other materials have curie points, measurements at non-ambient temperatures are important for fundamental characterization. The LMS-91A thermal electric controller offers simplicity, reliability, and flexibility for routine and occasional measurements. Control temperature accuracy and easy operation are inherent with this product. The LMS-91A attaches directly to the translation stage of the LMS-2709. Its XYZ XYZ interj. Informal Used to indicate to someone that the zipper of his or her pants is open. [ex(amine) y(our) z(ipper).] probe positioners are compatible to coplanar co·pla·nar adj. Lying or occurring in the same plane. Used of points, lines, or figures. co  pla·nar RF/microwave probes, triaxial tri·ax·i·al adj. Having three axes. tri·ax i·al i·ty n. , coaxial co·ax·i·al adj. Having or mounted on a common axis. coaxial Adjective 1. Electronics (of a cable) transmitting by means of two concentric conductors separated by an insulator and unshielded Adj. 1. unshielded - (used especially of machinery) not protected by a shield unprotected - lacking protection or defense direct current (DC) needles. Test devices are held down by vacuum and manipulated in the same manner as on a non-temperature controlled chuck. The LMS-2709 is a rugged and basic RF, DC probe station for research of advanced active and passive components, as well as for educational training of university students in the discipline of microwave microprobing. Prices for the LMS-91A start at $6,000. Pricing can vary due to order configuration and shipping destination. Delivery is about 6 weeks. Photo: www.jmicrotechnology.com/PRPictsFolder/LMS_91A.jpg About J microTechnology J microTechnology, Inc. is dedicated to the supply and distribution of accessory products for the electrical and mechanical test of advanced semiconductor and packaged devices. The products supply a comprehensive set of accessories for precision testing and microprobing of non-coplanar structures. Customers include systems integrators, semiconductor and semiconductor package manufacturers, and government and university laboratories worldwide. For information, visit www.jmicrotechnology.com. |
|
||||||||||||||
Printer friendly
Cite/link
Email
Feedback
Reader Opinion