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          Our LGH300 series of OCXOs provides superior temperature stability, exceptional long-term aging, and best-in-class vibration performance. To learn more or to see the data sheet, visit the LGH300 product page. For ordering information, contact us.       

    Oscillators have a variety of electrical and environmental parameters that can greatly impact their performance in end applications. Some differences between manufacturing test environment and application conditions can cause vast performance differences which may result in a host of system-level problems. The technical team at Esterline Research and Design have been testing oscillators in manufacturing and application environments for decades and are intimately familiar with the host of problems which can arise.  We offer a wide variety of electrical and environmental test services.  Custom tests can be defined based on application-specific needs.   Common tests performed are detailed..

      Our LGT 500 Series TCXOs offer ultra low G-Sensitivity as low as 0.005 ppb/g. The LGT 500 also integrates our patented M-SAC technology to achieve temperature stability unobtainable by other TCXO designs. To learn more, check out our product page.   

NPA: LGT300 Ultra-Low G-Sensitivity TCXO Esterline Research and Design is pleased to announce the release of a new Ultra-Low-G product family.  By incorporating our patented MSAC compensation architecture as an additional layer of precise compensation applied to a ultra-low acceleration sensitivity TCXO design, the new LGT300 series achieves frequency stability performance of less than ±5 ppb over the temperature range of -40°C to +105°C.    The LGT300 design platform can deliver world class acceleration sensitivity of less than 0.005 ppb/g TOTAL GAMMA, translating into minimal phase noise degradation under vibration.  This makes the LGT300 perfectly suitable for high vibration and shock environments, such as industrial construction equipment,..

NPA: LGH300 Ultra-Low G-Sensitivity OCXO Esterline Research and Design is pleased to announce the release of a new Ultra-Low-G product family.  By incorporating our patented MSAC compensation architecture within an ovenized oscillator temperature control system, the new LGH300 series achieves frequency stability performance of less than ±0.25 ppb over the temperature range of -40°C to +105°C.    The LGH300 design platform can deliver acceleration sensitivity performance of less than 0.01 ppb/g, translating into minimal phase noise degradation under vibration.  This makes the LGH300 perfectly suitable for high vibration and shock environments, such as industrial construction equipment, autonomous agricultural vehicles, commercial and..