SG-210SDBA爱普生车规温度晶振编码X1G004601A00500,智能自动驾驶?汽车晶振

智能汽车自动驾驶还没有完全安全SG-210SDBA爱普生车规温度晶振编码X1G004601A00500

智能汽车自动驾驶还有一些系统能够执行变道和其他高级操作.但是这些系统的辅助还没有完全能够取代人类驾驶员,也不提倡驾驶员在行驶车辆过程中转移注意力做其他活动.这三个系统也采用不同方式来唤醒驾驶员的注意力,爱普生晶振以及不同的升级顺序和故障安全措施.其中有53%的SuperCruise用户、42%的Autopilot用户和12%的ProPILOTAssist用户表示,他们愿意将自己的车辆视为完全自动驾驶.使用特斯拉Autopilot或通用汽车SuperCruise等高级辅助驾驶系统的美国司机往往不顾警告,将自己的车辆视为能实现完全自动驾驶.美国IIHS调查的高级辅助驾驶系统以凯迪拉克SuperCruise、日产/英菲尼迪ProPILOTAssist和特斯拉Autopilot这三种,一方面是因为这些系统反映了市场上设计的多样性.

SG-210SDBA爱普生车规温度晶振编码X1G004601A00500,智能自动驾驶汽车晶振

爱普生有源晶振编码	型号	频率	长X宽X高	输出波	电源电压	工作温度	频差
X1G004611A00100	SG-210SEBA	24.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A00300	SG-210SEBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A00400	SG-210SEBA	20.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A00500	SG-210SEBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004601A00500	SG-210SDBA	16.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to125°C	+/-100ppm
X1G004601A00700	SG-210SDBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to125°C	+/-100ppm
X1G004611A00100	SG-210SEBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to+125°C	+/-100ppm
X1G004611A00300	SG-210SEBA	20.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to+125°C	+/-100ppm
X1G004611A00400	SG-210SEBA	25.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to+125°C	+/-100ppm
X1G004611A00500	SG-210SEBA	24.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to+125°C	+/-100ppm
X1G004601A00500	SG-210SDBA	16.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to+125°C	+/-100ppm
X1G004601A00700	SG-210SDBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to+125°C	+/-100ppm
X1G004601A00500	SG-210SDBA	16.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to125°C	+/-100ppm
X1G004601A00700	SG-210SDBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to125°C	+/-100ppm
X1G004601A01100	SG-210SDBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	2.200to3.000V	-40to105°C	+/-50ppm
X1G004611A00100	SG-210SEBA	24.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A00300	SG-210SEBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A00400	SG-210SEBA	20.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A00500	SG-210SEBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A01200	SG-210SEBA	24.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-100ppm
X1G004611A01300	SG-210SEBA	33.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A01400	SG-210SEBA	16.666600MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A01600	SG-210SEBA	14.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A01700	SG-210SEBA	37.125000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A01900	SG-210SEBA	13.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A02000	SG-210SEBA	10.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A02100	SG-210SEBA	48.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A02200	SG-210SEBA	16.660000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A02400	SG-210SEBA	14.745600MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A02500	SG-210SEBA	16.640000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A02600	SG-210SEBA	24.576000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-100ppm
X1G004611A02700	SG-210SEBA	12.288000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A02800	SG-210SEBA	25.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A03000	SG-210SEBA	48.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A03100	SG-210SEBA	25.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A03300	SG-210SEBA	24.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to125°C	+/-100ppm
X1G004611A03400	SG-210SEBA	20.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A03500	SG-210SEBA	41.250000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-100ppm
X1G004611A03600	SG-210SEBA	16.640000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A03700	SG-210SEBA	16.510000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A03800	SG-210SEBA	9.600000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A04100	SG-210SEBA	16.666600MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A04200	SG-210SEBA	33.300000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-100ppm
X1G004611A04300	SG-210SEBA	25.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to85°C	+/-50ppm
X1G004611A04400	SG-210SEBA	33.000000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004611A04500	SG-210SEBA	49.500000MHz	2.50x2.00x0.90mm	CMOS	1.600to2.200V	-40to105°C	+/-50ppm
X1G004591A00100	SG-210SCBA	27.000000MHz	2.50x2.00x0.90mm	CMOS	2.700to3.600V	-40to105°C	+/-50ppm
X1G004591A00200	SG-210SCBA	49.090000MHz	2.50x2.00x0.90mm	CMOS	2.700to3.600V	-40to105°C	+/-50ppm
X1G004591A00300	SG-210SCBA	40.000000MHz	2.50x2.00x0.90mm	CMOS	2.700to3.600V	-40to125°C	+/-100ppm

调查对象是经常使用这些系统的600名,各约200名活跃用户,他们表示在使用部分自动化系统时更有可能进行与驾驶无关的活动,例如吃饭或发短信.第三方机构的数据显示自动驾驶在2025年之前更多以L2到L3级别的人机共驾为主.日本进口晶振大家先了解下该报告的具体调查与数据.智能汽车完全自动驾驶还没有达到,美国IIHS警示完全自动驾驶还不成立,近日美国高速公路安全保险协会(IIHS)通过一项调研后提出警示,经常使用部分自动驾驶系统的驾驶员通常把他们的车辆视为完全自动驾驶,尽管有广泛的警告和大量的撞车报告的前提下依旧如此.危害公共交通安全和对生命造成伤亡隐患.

SG-210SDBA爱普生车规温度晶振编码X1G004601A00500,智能自动驾驶汽车晶振