SNAA433
March
2025
CDC6C
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1
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Abstract
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Trademarks
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1Introduction
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2BAW Overview
- 2.1
BAW Structure Overview
- 2.2
BAW Oscillator Advantages
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3IEEE 100Mbps Requirements
- 3.1
Test Summary on Channel A
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4CDC6C Clocking DP83822 Evaluation
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5Clocking for Different Ethernet
PHY
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6Summary
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7References
7 References
- Texas Instruments, CDC6Cx Low Power LVCMOS Output BAW
Oscillator
- FAST ETHERNET
CONSORTIUM clause 25, Physical Medium Dependent
(PMD) Test Suite Version 3.5. University of New
Hampshire InterOperability Laboratory
(IOL)
- Texas Instruments, High Reliable BAW
Oscillator MTBF and FIT Rate Calculations, application
note.
- Texas Instruments, Standalone BAW
Oscillators Advantages Over Quartz Oscillators, application
note.
- Texas Instruments, Vibration and
Mechanical Shock Performance of TI’s BAW Oscillators,
application note.
- Texas Instruments, DP8382x IEEE
802.3u Compliance and Debug, application note.
- Texas Instruments, DP83822 JItter
Ananlysis, application note.