XiaoMi-AI文件搜索系统
World File Search System数据表
fortiproxy数据表
版权所有©2024 Fortinet，Inc。保留所有权利。fortinet®，fortigate®，forticare®和fortiguard®以及某些其他商标是Fortinet，Inc。的注册商标，此处的其他Fortinet名称也可以注册和/或Fortinet的普通法商标。所有其他产品或公司名称可能是其各自所有者的商标。的性能和其他指标，实际绩效和其他结果可能会有所不同。网络变量，不同的网络环境和其他条件可能会影响性能结果。Nothing herein represents any binding commitment by Fortinet, and Fortinet disclaims all warranties, whether express or implied, except to the extent Fortinet enters a binding written contract, signed by Fortinet's General Counsel, with a purchaser that expressly warrants that the identified product will perform according to certain expressly-identified performance metrics and, in such event, only the specific performance metrics expressly identified in such binding written contract shall be binding on Fortinet。为了绝对清晰，任何此类保修都将仅限于与Fortinet内部实验室测试相同的理想条件下的性能。Fortinet完全根据明示或暗示的任何盟约，代表和保证。Fortinet保留更改，修改，转让或以其他方式修改本出版物的权利，恕不另行通知，最新版本的出版物应适用。
CloudVision数据表
数据表概述Arista通过其软件驱动的方法开创了云网络运动，该方法建立在具有一致，可靠的软件提供，基于开放标准的设计和本机的可编程性的云原理上。CloudVision®通过软件一致性扩展了与多域管理平面相同的架构方法，用于使整个网络，跨私人，公共和混合云以及有线和无线校园和分支环境自动化整个网络。CloudVision使企业能够通过交钥匙软件包获得云级自动化和遥测的好处。CloudVision是一种用于云网络的网络范围的方法，包括用于自动化，合规性，遥控器，分析和编排的功能的软件套件。
安全数据表
Appearance Colorless Odor sweet Odor Threshold 7 - 20 ppm Melting Point/Range -90 °C / -130 °F Softening Point No data available Boiling Point/Range 126 °C / 258.8 °F Flammability (liquid) Flammable On basis of test data Flammability (solid,gas) Not applicable Liquid Explosion Limits Lower 1.2 Upper 7.5 Flash Point 27 °C / 80.6 °F Method - No information available自动定位温度415°C/779°F分解温度无数据可用的数据pH 6.2 @ 20°C粘度0.83 MPA @ 20°C 20°C水溶性在其他溶剂中无溶性溶解度无信息可用的分区系数（n- octanol/water）
新西兰数据表
在健康女性受试者中的Aimovig和综合口服避孕药的开放标签，药代动力学相互作用研究中，Erenumab（140 mg皮下[SC]，单剂量）并不影响含有含有乙基延伸质学乙基延伸质和非植物的组合避孕药的药代动力学。在健康志愿者中的随机，双盲，安慰剂控制的研究中，伴随sumatriptan伴随给药（140 mg静脉注射[iv]，单剂量），对与苏马氏素单独的苏马特酮相比，对血压没有影响。aimovig对苏门普坦的药代动力学没有影响。erenumab不会被细胞色素P450酶代谢，并且不太可能引起促炎性细胞因子的明显变化，这可能会影响细胞色素P450酶表达或活性。因此，与细胞色素P450酶的底物，诱导剂或抑制剂的伴随药物相互作用不太可能。
数据表 - nv3052cgrb
5.2.13. 显示反转关闭(20H) ...................................................................................................... 41 5.2.14. 显示反转打开(21H) ...................................................................................................... 42 5.2.15. 所有像素关闭(22H) ...................................................................................................... 43 5.2.16. 所有像素打开(23H) ...................................................................................................... 44 5.2.17. 显示关闭(28H) ............................................................................................................. 45 5.2.18. 显示打开(29H) ............................................................................................................. 46 5.2.19. 撕裂效果线关闭(34H) ............................................................................................. 47 5.2.20. 撕裂效果线打开(35H) ............................................................................................. 48 5.2.21.显示访问控制(36H) ................................................................................................ 49 5.2.22. 空闲模式关闭(38H) ................................................................................................ 50 5.2.23. 空闲模式开启其他模式关闭(39H) ................................................................................ 51 5.2.24. 接口像素格式(3AH) ............................................................................................. 52 5.2.25. 写入撕裂扫描线(44H) ............................................................................................. 53 5.2.26. 读取扫描线(45H) ............................................................................................. 54 5.2.27. 写入撕裂扫描线宽度(46H) ............................................................................................. 55 5.2.28. 读取撕裂扫描线宽度(47H) ............................................................................................. 56 5.2.29. 写入显示亮度值(51H) ............................................................................................. 57 5.2.30.读取显示器亮度值(52h)..................................................................................... 58 5.2.31. 写入 CTRL 显示值(53H) ........................................................................................ 59 5.2.32. 读取 CTRL 显示值(54H) ........................................................................................ 60 5.2.33. 读取显示器 ID1(DAH) ............................................................................................. 61 5.2.34. 读取显示器 ID2(DBH) ............................................................................................. 62 5.2.35. 读取显示器 ID3(DCH) ............................................................................................. 63 5.2.36. 在 SPI 模式下读取 EXTC 命令(F8H) ............................................................................. 64 5.2.37. EXTC 命令设置使能寄存器 (FFH) .......................................................................... 65 5.3. 客户命令列表及说明 ...................................................................................... 68 5.3.1. WRMADC_EN:0Ah .............................................................................................. 68 5.3.2. RGB 接口控制：23h ......................................................................................... 68 5.3.3. vcom_adj:38H ～ 3Ah ........................................................................................... 69 5.3.4. PADCTRL1: 48H .................................................................................................... 74 5.3.5. BOOST_CTRL1~4 ：80h~83h ............................................................................. 74 5.3.6. EXTPW_CTRL1~3:90H~92H ............................................................................. 77 5.3.7. PUMP_CTRL1~4:98H~9BH............................................................................. 79 5.3.8. RDEXTCSPI:F8H................................................................................................................ 83 5.3.9. ENEXTC：FFH ................................................................................................................ 84 5.3.10。 PGAMVR0~5;PAMPR0~1;PGAMPK0~9;GAMP0:B0H~C2H......................... 87 5.3.11. NGAMVR0~5;NAMPR0~1;NAMPK0~9;GAMN0:D0H~E2H ................................ 88 5.3.12. ENEXTC:FFH ...................................................................................................... 89 5.3.13 GIP_VST_1~12:00H~0BH ........................................................................................ 100 5.3.14. GIP_VEND_1~14:20H~2DH ................................................................................ 101 5.3.15. GIP_CLK_1~8：30H~37H ................................................................................... 102 5.3.16. GIP_CLKA_1~10：40H~49H ........................................................................... 103 5.3.17. GIP_CLKB_1~10：50H~59H ........................................................................... 104 5.3.18. GIP_CLKC_1~10：60H~69H ........................................................................... 105 5.3.19. GIP_ECLK1~2：70H~71H ........................................................................... 106................................................................................ 74 5.3.6. EXTPW_CTRL1~3:90H~92H ................................................................................ 77 5.3.7. PUMP_CTRL1~4:98H~9BH...................................................................................... 79 5.3.8. RDEXTCSPI:F8H................................................................................................................ 83 5.3.9. ENEXTC：FFH ................................................................................................................ 84 5.3.10。 PGAMVR0~5;PAMPR0~1;PGAMPK0~9;GAMP0:B0H~C2H......................... 87 5.3.11. NGAMVR0~5;NAMPR0~1;NAMPK0~9;GAMN0:D0H~E2H ................................ 88 5.3.12. ENEXTC:FFH ........................................................................................................... 89 5.3.13 GIP_VST_1~12:00H~0BH .................................................................................... 100 5.3.14. GIP_VEND_1~14:20H~2DH ................................................................................ 101 5.3.15. GIP_CLK_1~8:30H~37H .................................................................................... 102 5.3.16. GIP_CLKA_1~10:40H~49H ........................................................................... 103 5.3.17. GIP_CLKB_1~10:50H~59H ........................................................................... 104 5.3.18. GIP_CLKC_1~10:60H~69H ........................................................................... 105 5.3.19. GIP_ECLK1~2:70H~71H .................................................................................... 106................................................................................ 74 5.3.6. EXTPW_CTRL1~3:90H~92H ................................................................................ 77 5.3.7. PUMP_CTRL1~4:98H~9BH...................................................................................... 79 5.3.8. RDEXTCSPI:F8H................................................................................................................ 83 5.3.9. ENEXTC：FFH ................................................................................................................ 84 5.3.10。 PGAMVR0~5;PAMPR0~1;PGAMPK0~9;GAMP0:B0H~C2H......................... 87 5.3.11. NGAMVR0~5;NAMPR0~1;NAMPK0~9;GAMN0:D0H~E2H ................................ 88 5.3.12. ENEXTC:FFH ........................................................................................................... 89 5.3.13 GIP_VST_1~12:00H~0BH .................................................................................... 100 5.3.14. GIP_VEND_1~14:20H~2DH ................................................................................ 101 5.3.15. GIP_CLK_1~8:30H~37H .................................................................................... 102 5.3.16. GIP_CLKA_1~10:40H~49H ........................................................................... 103 5.3.17. GIP_CLKB_1~10:50H~59H ........................................................................... 104 5.3.18. GIP_CLKC_1~10:60H~69H ........................................................................... 105 5.3.19. GIP_ECLK1~2:70H~71H .................................................................................... 10650H~59H ........................................................................... 104 5.3.18. GIP_CLKC_1~10:60H~69H ......................................................................... 105 5.3.19. GIP_ECLK1~2:70H~71H ........................................................................... 10650H~59H ........................................................................... 104 5.3.18. GIP_CLKC_1~10:60H~69H ......................................................................... 105 5.3.19. GIP_ECLK1~2:70H~71H ........................................................................... 106
FortiSASE 数据表
FortiSASE 使组织能够授予每个用户和每个会话对 Web、云和应用程序的安全访问权限，无论它们部署在何处，并结合完全集成的企业级安全性。通过安全性和网络之间的无缝融合，FortiSASE 可确保将相同级别的保护、可见性和用户体验扩展到任何地方的每个用户。对于那些注重合规性的人来说，FortiSASE 已通过服务组织控制 (SOC2) 认证，该认证提供独立验证，确保解决方案安全控制符合美国注册会计师协会 (AICPA) 适用的信托服务原则和标准。此 SOC 2、Type II 标准认证表明我们致力于确保我们的客户能够满足各种合规性要求。Fortinet 提供 99.999% 的 SLA 和延迟保证，用于安全检查，这是因为其在全球范围内拥有数百个安全 PoP。
RP2040 数据表
2.1.1. AHB-Lite Crossbar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ....................................................................................................................................................................................................................... 17 2.1.3. APB 桥....................................................................................................................................................................................................................... ........................................................................................................................................................................................ ........................................................................................................................................................................ ........................................................................................................................................................................................ ........................................................................................................................................................................................ ........................................................................................................................................................................................ ........................................................................................................................................................................................ 17 2.1.4. 窄 IO 寄存器写入.................... ... ....................................................................................................................................................................................................................................... 18 2.2. 地址映射....................................................................................................................................................................................................... ....................................................................................................................................................................... ....................................................................................................................................................................... ....................................................................................................................................................................... ....................................................................................................................................................................................... ....................................................................................................................................................................................... ....................................................................................................................................................................................... ...24