obsidian-notes/射频/时钟参考/CVHD-950/defnote.qrich.html

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2024-04-15 03:19:57 +00:00
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title: defnote.qrich
updated: 2022-01-08 13:17:42Z
created: 2022-01-08 13:17:42Z
---
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<p style="margin:0px;"><span style="font-family:'TimesNewRomanPSMT'; font-size:24pt;">CVHD-950 VCXO</span> 202106更低相噪型号<span style="font-family:'TimesNewRomanPSMT'; font-size:24pt;">CVSS-945 VCXO</span> ,-145/-168</p>
<p style="margin:0px;"><span style="font-family:'TimesNewRomanPSMT'; font-size:24pt;">Ultra-Low Phase Noise</span> </p>
<p style="margin:0px;"><span style="font-family:'TimesNewRomanPSMT'; font-size:24pt;">Oscillators</span></p>
<p style="margin:0px;">9×14 mm SMD, <span style="font-family:'ArialMT'; font-size:14pt; font-weight:600;">3.3V, CMOS</span></p>
<p style="margin:0px;"><img src="data:image/png;base64,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
<p style="margin:0px;"><a href="nyf://entry?itemid=11&amp;file=100%20MHz%20HCMOS3.3V%E5%BC%80%E7%8E%AF%E7%9B%B8%E5%99%AA.png"><span style=" text-decoration: underline; color:#0000ff;">100 MHz HCMOS3.3V开环相噪.png</span></a> </p>
<p style="margin:0px;"><a href="nyf://entry?itemid=10&amp;itemtext=HMC1031"><span style=" text-decoration: underline; color:#0000ff;">HMC1031</span></a> 组成PLL可实现10MHz-&gt;100MHz高质量转换<a href="nyf://entry?itemid=10&amp;file=%E9%94%81%E7%9B%B8%E5%90%8E%E7%9A%84%E7%9B%B8%E5%99%AA.png"><span style=" text-decoration: underline; color:#0000ff;">锁相后的相噪.png</span></a> </p>
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<p style="margin:0px;">调谐范围有±20ppm 故<span style=" text-decoration: line-through;">理论可实现102.4MHz的输出,</span><span style=" text-decoration: line-through; background-color:#ffff00;">暂未做测试</span> --&gt;&gt; <span style=" text-decoration: line-through;"> ±20ppm即为100*20=±2k的范围理论上不能实现102.4MHz输出</span></p>
<p style="margin:0px;"><span style=" font-size:16pt; font-weight:600; background-color:#ffff00;">↑↑↑↑↑↑↑↑↑↑</span></p>
<p style="margin:0px;"><a name="nyf_5caae4a6"></a>概念理解有误,正确的分析如下</p>
<p style="margin:0px;"><a name="nyf_5caae4a6"></a><span style=" font-size:16pt; font-weight:600; background-color:#ffff00;"></span><span style=" font-size:16pt; font-weight:600; background-color:#ffff00;">↓↓↓↓↓↓↓↓↓</span></p>
<p style="margin:0px;">其本质为VCO调谐范围决定固有输出频率故理论是可以输出102.4MHz的频率的,</p>
<p style="margin:0px;">此时在N=10的条件下需要参考的10MHz调谐到10.24MHz即要求其具有±0.24M/10的调谐范围很明显常规±5ppm10*5=50Hz的TCXOOSC一般不能微调是无法满足需求的</p>
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<p style="margin:0px;"><a name="nyf_5caae4a6"></a><span style=" font-size:16pt; font-weight:600; background-color:#ffff00;"></span><span style=" font-size:16pt; font-weight:600; background-color:#ffff00;">↓↓↓↓↓↓↓↓↓</span></p>
<p style="margin:0px;">换HMC1031为ADF4002后者便宜很多设计灵活</p>
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