News

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 G- sensitivity TCXO design, the new LGT500 series achieves frequency stability performance of less than ±5 ppb over the temperature range of -40°C to +105°C.    The LGT500 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 LGT500 perfectly suitable for high vibration and shock environments, such as industrial construction equipment, autonomous agricultural vehicles, commercial and..

Esterline Research and Design:  For all your Oscillator and Frequency Control Needs   For more information please call our experienced application engineering staff at 717-348-5326 or 630-201-7141.  

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..

Oscillator Testing Services Esterline Research and Design harnesses the power of 100 years of collective precision oscillator clock reference design, process and testing knowledge to offer government research labs, military electronics contractors, mobile/satcom communications equipment makers, and precision oscillator device manufacturers a comprehensive understanding of performance across all aspects of clock reference behavior. Esterline Research and Design utilizes world class testing methodologies and proprietary test instrumentation to extract valuable insights on long-term aging, short-term stability, static phase noise, frequency stability/microjumps over operating temperature, dynamic phase noise performance under vibration, acceleration sensitivity, and a variety of specialty tests based on military..

NPA: LGT100 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 LGT100 series achieves frequency stability performance of less than ±5 ppb over the temperature range of -40°C to +105°C.    The LGT100 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 LGT100 perfectly suitable for high vibration and shock environments, such as industrial construction equipment,..