汽车遥控器应用晶振SG2016CAA车载晶振X1G005341001100
来源:http://www.taiheth.com 作者:泰河盛电子 2022年09月28
针对各种车载电子设备对石英晶振在高温、抗振动等方面的更高要求,爱普生可以提供全面的符合AEC-Q200/100技术标准的汽车用车规晶振。
爱普生晶振推出汽车电子专用晶振SG2016CAA,是一款具有CMOS输出的简单封装石英晶体振荡器(SPXO),小体积晶振尺寸2.0x1.6mm有源晶振,四脚贴片晶振,电源电压:1.6V至3.63V,频率范围:8MHz至54MHz,宽工作温度范围从-40℃到+105℃(+125℃),具有超小型,轻薄型,低电源电压,低抖动,耐高温,耐热、耐振、耐冲击等优良的耐环境特性,满足无铅焊接的高温回流温度曲线要求,符合AEC-Q200标准。这款SG2016CAA有源晶振非常适合汽车和高可靠性应用,汽车电子,汽车遥控器,汽车多媒体,GPS导航等应用。
汽车遥控器应用晶振SG2016CAA车载晶振X1G005341001100,X1G005341006200,有源晶振
汽车遥控器应用晶振SG2016CAA车载晶振X1G005341001100,X1G005341006200,有源晶振
近几年互联网高速发展,随着5G时代的到来,智能汽车的发展也越发的迅速。汽车电子对晶振的要求比消费类的科技数码产品高的多,特别是耐高温这一块,汽车电子中的晶振最好能在高温和低温状态下正常工作。
爱普生晶振推出汽车电子专用晶振SG2016CAA,是一款具有CMOS输出的简单封装石英晶体振荡器(SPXO),小体积晶振尺寸2.0x1.6mm有源晶振,四脚贴片晶振,电源电压:1.6V至3.63V,频率范围:8MHz至54MHz,宽工作温度范围从-40℃到+105℃(+125℃),具有超小型,轻薄型,低电源电压,低抖动,耐高温,耐热、耐振、耐冲击等优良的耐环境特性,满足无铅焊接的高温回流温度曲线要求,符合AEC-Q200标准。这款SG2016CAA有源晶振非常适合汽车和高可靠性应用,汽车电子,汽车遥控器,汽车多媒体,GPS导航等应用。
汽车遥控器应用晶振SG2016CAA车载晶振X1G005341001100,X1G005341006200,有源晶振
产品编码 | 型号 | 频率 | 贴片晶振 | 输出波 | 电源电压 | 工作温度 |
X1G005341000200 | SG2016CAA | 27.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341000400 | SG2016CAA | 40.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341000900 | SG2016CAA | 25.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341001100 | SG2016CAA | 24.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341001300 | SG2016CAA | 27.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341001500 | SG2016CAA | 48.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341001700 | SG2016CAA | 12.288000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341001900 | SG2016CAA | 48.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341002400 | SG2016CAA | 20.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341002700 | SG2016CAA | 24.576000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341002900 | SG2016CAA | 24.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341003400 | SG2016CAA | 50.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341003500 | SG2016CAA | 25.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341003700 | SG2016CAA | 54.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341003800 | SG2016CAA | 54.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341004100 | SG2016CAA | 8.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341004400 | SG2016CAA | 12.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341004500 | SG2016CAA | 24.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341004600 | SG2016CAA | 33.333300MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341005000 | SG2016CAA | 50.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341005100 | SG2016CAA | 14.745600MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341005300 | SG2016CAA | 33.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341005400 | SG2016CAA | 16.666600MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341005600 | SG2016CAA | 8.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341005700 | SG2016CAA | 10.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341005800 | SG2016CAA | 12.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
X1G005341005900 | SG2016CAA | 16.666600MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341006000 | SG2016CAA | 22.579200MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341006100 | SG2016CAA | 11.289600MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 105°C |
X1G005341006200 | SG2016CAA | 20.000000MHz | 2.00x1.60x0.70mm | CMOS | 1.600 to 3.630V | -40 to 125°C |
近几年互联网高速发展,随着5G时代的到来,智能汽车的发展也越发的迅速。汽车电子对晶振的要求比消费类的科技数码产品高的多,特别是耐高温这一块,汽车电子中的晶振最好能在高温和低温状态下正常工作。
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