（转载）USB3.0/3.1转TYPE C接口接线图
1、This table assumes that shielded twisted pair is used for all SDP’s and there are drain wires. If coaxial wire construction is used, then no drain wires are present, and the shields of the coaxial wires are connected to the ground pins.
2、Pin A5 (CC) of the USB Type-C plug shall be connected to VBUS through a resistor Rp (56 kΩ ± 5%).
See Section 4.5.3.2.2 and Table 4-24 for the functional description and value of Rp.
3、Contacts B6 and B7 should not be present in the USB Type-C plug.
4、All VBUS pins shall be connected together within the USB Type-C plug. A bypass capacitor is
required between the VBUS and ground pins in the USB Type-C plug side of the cable. The bypass
capacitor shall be 10nF ± 20% in cables which incorporate a USB Standard-A plug. The bypass
capacitor shall be placed as close as possible to the power supply pad .
5、All Ground return pins shall be connected together within the USB Type -C plug.
6、Shield and GND grounds shall be connected within the USB Type -C and USB 3.1 Standard-A plugs on
both ends of the cable assembly.
7、All USB Type-C plug pins that are not listed in this table shall be open (not connected).
1、This table assumes that shielded twisted pair is used for all SDP’s and there are drain wires. If coaxial wire construction is used, then no drain wires are present, and the shields of the coaxial wires are connected to the ground pins.
2、Pin A5 (CC) of the USB Type-C plug shall be connected to VBUS through a resistor Rp (56 kΩ ± 5%).
See Section 4.5.3.2.2 and Table 4-24 for the functional description and value of Rp.
3、Contacts B6 and B7 should not be present in the USB Type-C plug.
4、All VBUS pins shall be connected together within the USB Type-C plug. A bypass capacitor is
required between the VBUS and ground pins in the USB Type-C plug side of the cable. The bypass
capacitor shall be 10nF ± 20% in cables which incorporate a USB Standard-A plug. The bypass
capacitor shall be placed as close as possible to the power supply pad .
5、All Ground return pins shall be connected together within the USB Type -C plug.
6、Shield and GND grounds shall be connected within the USB Type -C and USB 3.1 Standard-A plugs on
both ends of the cable assembly.
7、All USB Type-C plug pins that are not listed in this table shall be open (not connected).
在这个世界上
In this world
没有人能困住你，只有你自己
No one can trap you but yourself
你时常会受外界的影响而不安
You are often disturbed by external influences
甚至沉溺在消极情绪中无法自拔
Even indulging in negative emotions can not extricate themselves
你要记住
You must keep in mind
无人问津也好，技不如人也罢
It doesn't matter if nobody wants it,it doesn't matter if it's not good
你都要试着沉下心来去做自己的事
You have to settle down to do your own things
而不是让内心烦躁、焦虑
Rather than losing your enthusiasm and determination
毁掉你本就不多的热情和定力
Because of your inner irritation and anxiety
昨日之深渊，今日之浅谈
Yesterday's abyss,today's talk
路虽远，行则将至
No matter how far it is,we can get there if we keep going
事虽难，做则可成
No matter how difficult it is,we can make it if we keep trying
In this world
没有人能困住你，只有你自己
No one can trap you but yourself
你时常会受外界的影响而不安
You are often disturbed by external influences
甚至沉溺在消极情绪中无法自拔
Even indulging in negative emotions can not extricate themselves
你要记住
You must keep in mind
无人问津也好，技不如人也罢
It doesn't matter if nobody wants it,it doesn't matter if it's not good
你都要试着沉下心来去做自己的事
You have to settle down to do your own things
而不是让内心烦躁、焦虑
Rather than losing your enthusiasm and determination
毁掉你本就不多的热情和定力
Because of your inner irritation and anxiety
昨日之深渊，今日之浅谈
Yesterday's abyss,today's talk
路虽远，行则将至
No matter how far it is,we can get there if we keep going
事虽难，做则可成
No matter how difficult it is,we can make it if we keep trying
除了血液检测，还有其他方法可以测量尿酸水平吗？
#喝水后的4个异常或为肾在求救# #肾不好的预警信号有哪些# #世界肾脏日# #健闻登顶计划# #痛风# #高尿酸#
血液检测是测量尿酸水平的主要方法，因为它可以准确、直接地反映出体内尿酸的含量。然而，尿液检测也可以用来测量尿酸水平。
尿液中尿酸含量的检测是通过收集24小时的尿液样本，然后测量这24小时中排出的尿酸总量。这种检测方法通常用于评估体内尿酸的排泄情况，以观察肾脏是如何处理尿酸的。同时，可以帮助医生识别高尿酸血症的成因是产生过多的尿酸，还是排除不足。
但是，请注意，尿液和血液中的尿酸水平并不总是一致的。尿液中尿酸浓度的升高可能是尿酸生成过多或排除不足，也可能是身体对食物或饮料中某些物质的反应。
不论是血液还是尿液的检测，均需要专业医疗人员进行。
参考文献：
- Johnson, Richard J., and Takeshi Nakanishi. "Uric acid and chronic kidney disease: which is chasing which?" Nephrology Dialysis Transplantation 28, no. 9 (2012): 2212-2218.
- Gu, Haining, et al. "Use of anion-exchange chromatography to measure urinary urate excretion." JAMA 313, no. 3 (2014): 301-302.
- Baker, Joseph F., et al. "Serum uric acid level and risk for peripheral arterial disease: analysis of data from the multiple risk factor intervention trial." Angiology 64, no. 6 (2012): 2-14.
#喝水后的4个异常或为肾在求救# #肾不好的预警信号有哪些# #世界肾脏日# #健闻登顶计划# #痛风# #高尿酸#
血液检测是测量尿酸水平的主要方法，因为它可以准确、直接地反映出体内尿酸的含量。然而，尿液检测也可以用来测量尿酸水平。
尿液中尿酸含量的检测是通过收集24小时的尿液样本，然后测量这24小时中排出的尿酸总量。这种检测方法通常用于评估体内尿酸的排泄情况，以观察肾脏是如何处理尿酸的。同时，可以帮助医生识别高尿酸血症的成因是产生过多的尿酸，还是排除不足。
但是，请注意，尿液和血液中的尿酸水平并不总是一致的。尿液中尿酸浓度的升高可能是尿酸生成过多或排除不足，也可能是身体对食物或饮料中某些物质的反应。
不论是血液还是尿液的检测，均需要专业医疗人员进行。
参考文献：
- Johnson, Richard J., and Takeshi Nakanishi. "Uric acid and chronic kidney disease: which is chasing which?" Nephrology Dialysis Transplantation 28, no. 9 (2012): 2212-2218.
- Gu, Haining, et al. "Use of anion-exchange chromatography to measure urinary urate excretion." JAMA 313, no. 3 (2014): 301-302.
- Baker, Joseph F., et al. "Serum uric acid level and risk for peripheral arterial disease: analysis of data from the multiple risk factor intervention trial." Angiology 64, no. 6 (2012): 2-14.
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