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| Application Note | |
| Tutorial on Clock and Data Recovery Products | |
| Tutorial on OCXO's - Oven Controlled Crystal Oscillators |
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| Tutorial on VCXO's and VCO's - Voltage Controlled Crystal Oscillators and VCOs - Voltage Controlled Oscillators. Non-Crystals |
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| Tutorial on TCXO's - Temperature Compensated Crystal Oscillators |
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| Tutorial on Clock Oscillators and Non-Compensated Sinewave Crystal Oscillators |
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| Tutorial on Phase Noise |
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| Jitter in Clock Sources |
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| Typical Phase Noise Performance for the VS-705 Series |
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| Typical Jitter and Phase Noise Performance for the VC-710 series |
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| Typical Phase Noise Performance for the VC-800 series |
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| Typical Phase Noise Performance for the V-Type series |
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| RSM Jitter Calculation and Comparison for the VS-500, VC-400, J-Type, XO-500, and XO-400 |
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| Jitter Calculation for the VCO600A/VS500@622.080, sub 1 pS in the 12kHz to 20MHz range. |
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| Jitter Calculation for CO-600V VCXO, sub 1 pS in the 12kHz - 20MHz band |
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| Typical Phase Noise Performance for the VCC1 series |
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| Typical Phase Noise and Jitter Performance for the VCC4 series |
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| Typical Phase Noise Performance for the VCC6 series |
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| Typical Phase Noise Performance for the VTC4 series |
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| Typical Phase Noise and Jitter Performance for the VVC1, VVC2 series |
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| Typical Jitter Performance for the VPA1, VPC1, VPE1 |
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| Comparing Vectron’s Crystal-Based PECL Oscillator with a SAW-Based Equivalent |
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| A comparison of 125MHz CMOS oscillators: Crystal versus SAW technology |
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| CD-700 A Quartz Stabilized PLL |
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Using Loop Filter Software for the TRU-050 & Loop Filter Program Download Loop Component Selection & Simulation Software |
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CD-700/TRU-050 Code Mark Inversion (CMI) Input Data by Jan Yang and Dave Lane |
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| Reducing Power Consumption on LVPECL XO, VCXO’s |
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| Automated Production Testing for the V/S/R types and TRU050 Products |
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| Definition of Absolute Pull Range |
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| Using the TRU600 in CMI Applications |
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State-of-the-art in the design and manufacture of Low Acceleration
Sensitivity Resonators. R. Haskell, J. Buchanan, P. Morley, D. Desai, M. Esmiol, M. Martin, and D. Stevens |
(poster) (paper) |
| Packaging Design & Manufacture of High Temperature Electronics Module for 225°C Applications utilizing Hybrid Microelectronics Technology by Jacob M. Li |
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High Q, precision SC cut resonators with low acceleration sensitivity Technical paper by P. Morley, R. Haskell and D. Stevens |
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Method for measurement of the sensitivity of crystal resonators to repetitive stimuli Technical paper by P. Morley and R. Haskell |
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| SAW-Based Frequency Control Product Applications |
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| Analysis of the Effects of Mounting Stresses | |
| Three Dimensional Finite Element Modeling of Quartz Crystal Strip Resonators | |
| Finite Element Modeling of the Effects of Mounting Stresses on the Frequency Temperature Behavior of Surface Acoustic Wave Devices | |
| EX-380/385 Series (EMXOTM) Application Note |
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| Evacuated Miniature Crystal Oscillators (EMXOTM) |
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| Crystal Glossary |
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| Oscillator Glossary |
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| Quality and Reliability Report |
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