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ECCN# EAR99
Material Declaration
AN40-005 - Prevention and Control of Electrostatic Discharge ESD)
AN40-010 - Soldering Turret Terminal Pins on ZX series models
AN45-001 - Automated load measurement of VCOs
AN95-003 - Glossary of VCO Terms
AN95-004 - Wide Modulation Bandwidth Measurements
AN95-005 - How VCO Parameters Affect Each Other
AN95-006 - Optimizing VCO/PLL Evaluations & PLL Synthesizer Designs
AN95-007 - Understanding VCO Concepts
AN95-008 - Specifying VCOs for Clock Timing Circuits
DG02-32 - Statistical process control
VCO15-10 - Phase locked loop fundamentals
VCO15-15 - VCO test methods
VCO15-19 - VCO footprints and layout considerations to improve performance
VCO15-20 - Frequently asked questions
VCO15-6 - Characterizing and minimizing VCO phase noise
VCO15-8 - Reducing power supply noise in VCOs
VCO15-9 - Design features of a synthesizer using Mini-Circuits VCOs
AN45-002 - Line Stretchers Ease VCO Load-Pull Testing
PCN17-003 * 01/23/2017 * End-of-Life of Internal Components
AN40-012 - dBm - volts - watts conversion table
DG03-111 - Return loss vs. VSWR table
SPEC1-2 - Insertion Loss Uncertainty Due to Mismatch Calculator
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EVAL BOARD FOR SAV-331+
TB,PSA-5453+,CA1389,0.05-4 GHZ
180° Hybrid, 0.01 - 20 MHz, 50Ω
SMT MMIC, Low Noise, Medium Power, Linear, pHEMT Amplifier Module, 500 MHz to 1200 MHz, 50Ω, MSiP Style Package
SMT MMIC, Low Noise, Medium Power, Linear, Bypass, pHEMT Amplifier, 30 MHz to 1000 MHz, 50Ω, 2x2 mm QFN Style Package
Core & Wire Magic Tee, 50 - 200 MHz, 50Ω
Level 7, SMT High Reliability, RF/LO Freq 2800 - 8500 MHz
2 Ways LTCC Power Splitter, 1850 - 2200 MHz, 50Ω
