Search for Piezo Technology - MtronPTI Products.Ĭlick HERE to browse our Product Catalog or to search our live, realtime inventory database for the Piezo Technology - MtronPTI products you need. Standard Microcircuit Cross ReferenceĬross reference military-grade Piezo Technology - MtronPTI products by SMD or MIL-M-38510 part number or specification. QML/QPL Part SearchĬross reference military-grade Piezo Technology - MtronPTI products by QML or QPL qualification. Search for datasheets by Piezo Technology - MtronPTI part number DSCC National Stock Number (NSN) SearchĬross reference military-grade Piezo Technology - MtronPTI part numbers by National Stock Number.
The types of products manufactured by Piezo Technology - MtronPTI include Clock Oscillators, Combline Filters, Crystal Filters, Crystal Resonators, DOCXOs, HPXOs, LC & Microwave Filters, OCXOs, Planar Microwave Products, SAW Filters, TCVCXOs, TCXOs, VCSOs, VCTCXOs, VCXOs, and Custom Timing Products. In 1993 M-tron became the first US-based manufacturer of crystals and oscillators to receive the ISO-9001 certification. Multilayer piezoelectric devices consist of multiple layers of piezoelectric material alternating with internal. M-tron also developed a line of QPL crystals for military applications early on and remains MIL-PRF-3098 qualified today. M-tron began in 1965 as a manufacturer of quartz crystals for commercial and two-way radios. MtronPTI is a wholly owned subsidiary of Lynch Corporation. Piezo Technology was founded in 1965 and was a manufacturer of high precision crystal oscillators, resonators, filter products and R-F subassemblies for a broad range of commercial and military applications.Ī merger in September, 2004 by M-tron Industries, Inc. Furthermore, the proposor and their project partners will develop synthetic jets for other applications including, microelectronic thermal management systems.Piezo Technology - MtronPTI Profile Please click HERE to visit the official Piezo Technology - MtronPTI website Piezo Technology - MtronPTI Company Overview Overall complexity and weight reductions, combined with improved resistance to corrosion and dust fouling for example, will improve lifetime performance expectations and reduce manufacturing and maintenance costs over the hydraulic and electromagnetic systems currently being used.
BENEFIT: Development of reliable piezoelectric synthetic jets will increase the performance of aircraft high lift systems, reducing aircraft wing size, weight, and cost for both military and commercial applications. Overall performance of prototype piezoelectric SJ actuators will be reported along with plans for Phase II development and commercialization. Conformal coatings or encapsulation devices will also be developed to protect the synthetic jets from corrosive saltwater environments, operational temperature extremes, and damage due to abrasive dust.
The variability of SJ peak performance will be measured with respect to operational conditions, and material and device characteristics. Fully functional piezoelectric synthetic jet prototypes will be assembled and tested in a laboratory environment in accordance with military and commercial specifications. In the proposed program, piezoelectric synthetic jets will be systematically developed, and under the prescribed environmental conditions, be tested for both military and commercial aircraft applications. Of particular interest is the use of piezoelectric SJ actuators as flight air flow control devices where their compact size, reduced weight and all-electric actuation make them desirable for use on high performance military aircraft. The abstract given for this project is as follows: Synthetic Jet (SJ) actuators have recently been pursued as solutions in active flow control applications, aeroshaping of airfoils, and even thermal management of microelectronics. Omega Piezo Technologies is a company that received a Department of Defense SBIR/STTR grant for a project entitled: F-35 Lift Augmentation with Synthetic. Omega Piezo Technologies is a company that received a Department of Defense SBIR/STTR grant for a project entitled: F-35 Lift Augmentation with Synthetic Jets.
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