冲击和振动灵敏度:MEMS可编程晶振的可靠性得到改善,部分原因在于提高了半导体级的抗冲击和抗振性.标准石英器件往往易碎,因为晶体是金属或陶瓷封装-50至100克的冲击会使晶体破裂.因此,制造商必须实施特定的存储,包装和运输协议,以避免不小心处理.测试pMEMS振荡器对冲击和振动的抵抗力揭示了一个不同的故事.结果表明,这些装置可以轻松存活超过1500克的冲击和20克的振动
OV-7604-C7-32.768k-20PPM-TB-QA瑞士微晶晶振CM7V-T1A-32.768kHz-12.5pF-10PPM-TB-QC32.768KCC5V-T1A-32.768kHz-7pF-20PPM-TB-QCMicrocrystalCM8V-T1A-32.768k-12.5pF-20PPM-TB-QAMicrocrystalCM7V-T1A-32.768kHz-9pF-10PPM-TB-QC石英晶振CM7V-T1A-32.768kHz-12.5pF-20PPM-TB-QC瑞士石英晶振CM8V-T1A-32.768k-9pF-20PPM-TB-QA瑞士石英晶振CM7V-T1A-Low-ESR-32.768k-7pF-10-TB-QA瑞士Microcrystal晶振CM7V-T1A-32.768kHz-7pF-20PPM-TB-QC无源时钟晶振CM7V-T1A-32.768k-7pF-100PPM-TB-QA无源时钟晶振CM7V-T1A-32.768kHz-12.5pF-100PPM-TB-QCMicrocrystalOV-7604-C7-32.768kHz-20PPM-TB-QC进口32.768K
到2022年,全球晶体振荡器市场规模估计将达到32亿美元,从2016年到2022年的复合年增长率为5.8％.晶体振荡器电路是一种谐振装置,它使用压电石英晶体谐振器通过机械振动产生精确频率的电脉冲.由于晶体振荡器的优点,例如将机械振动转换成电脉冲,反之亦然,在这些晶体中使用压电材料.这些优点拓宽了晶体振荡器的应用领域.晶体振荡器是一种电子振荡器/频率振荡器,可产生一定频率的振荡.这些晶体用于数字设备,例如集成电路,无线电发射器和手表,以产生时钟信号.
切割类型也决定了晶体的活性.一些晶振以不止一个频率振动,因此将以谐波频率工作.厚度不均匀的晶体可具有两个或更多个谐振频率.通常,一个共振频率比其他共振频率更明显.其他不太明显的共振频率称为SPURIOUS频率.有时这种晶体同时以两个频率振荡.可安全通过晶体的电流量范围为50至200毫安.当超过额定电流时,机械振动的幅度变得太大,晶体可能会破裂.晶体过载会影响振动频率,因为功耗和晶体温度会随着负载电流的增加而增加.
NX3225GA-26.000M-STD-CRG-2日本电波株式会社NX3225GA-13.56M-STD-CRG-2NX3225GA-27M-STD-CRG-23225晶振NX3225GA-26MHZ-TI日本NDK晶振NX3225GA-14.7456M-STD-CRG-2NX3225GA-20MHZ-STD-CRA-1陶瓷面3225晶振NX3225GA-16.000M-STD-CRG-2日本NDK晶体NX3225GA-27.12M-STD-CRG-2NX3225GA-19.2M-STD-CRG-2日本电波株式会社NX3225GA-27.000M-STD-CRG-1NDK石英晶振NX3225GA-25.000M-STD-CRG-1NX3225GA-16.9344M-STD-CRG-2日本电波晶振NX3225GA-20.000M-STD-CRG-1陶瓷面晶振NX3225GA-25.000M-STD-CRG-2NX3225GA-10.000M-STD-CRG-2日本NDK晶体
典型的应用是网络和同步单元以及通常专业的电信系统.其他可能的应用是GSM或WIMAX基站的频率源.所谓的Picocell和Femtocell基站需要非常小且价格低廉的贴片恒温晶振,并且在几天内具有良好的保持稳定性.可根据要求提供样品.
阿里作为国内又一电商巨头,其在智能物流机器人的布局上也不落人后.早在2016年,阿里就成立了菜鸟ET物流实验室,专门负责物流机器人的研发工作.时至今日,已经推出了配送机器人"小G"和分拣机器人"曹操"等多款使用了贴片晶振的机器人产品.
机械冲击是石英晶体谐振器暴露于冲击.机械冲击可在很大范围内发生.将水晶滴在地板上的地板就是一个例子.极端机械冲击的一个例子是在由155毫米火炮发射的炮弹的近距离保险丝的电子电路中使用的晶体.机械冲击有两个组成部分,以Gs为单位测量的强度和以毫秒为单位测量的持续时间.将桌面高度的水晶滴到坚硬的地板上会导致在大约3毫秒的时间内震动超过1,000克.炮弹中的水晶体验大约16,000克,持续12毫秒.较高的冲击水平通常具有较短的持续时间,0.25毫秒和较低的冲击水平可以具有长达20毫秒的持续时间.
GPU Turbo打通EMUI操作系统以及GPU和CPU之间的处理瓶颈,在系统底层对传统的图形处理框架进行了重构,在进口有源晶振的帮助下实现了软硬件协同,使得GPU图形运算整体效率得到大幅提升,提高手机GPU的性能,图形处理效率提高60%.
X2GGGLNANF-12.000000晶振X3AEELNANF-40.000000台湾泰艺晶振X3AEEJNANF-38.400000泰艺晶体谐振器XZDCELNANF-27.120000石英晶体XIHEELAANF-16.000000泰艺晶振XZABPCNANF-40.000000泰艺晶体谐振器XXDCCCNANF-12.000000晶振TXETACSANF-26.000000泰艺晶振OCETGLJTNF-100.000000贴片晶振XSDEELAANF-12.000000泰艺晶振XYHEECNANF-30.000000台湾泰艺晶振X3AEELNANF-26.000000进口贴片晶振OXETDLJANF-10.000000台湾OSC晶振TYKTBLSANF-19.200000石英晶体振荡器XIHEELAANF-8.000000泰艺晶振XXGEGLNANF-25.000000贴片晶振TYETCCSANF-50.000000有源晶振OYETGHJANF-66.667000泰艺晶振XJDECCAANF-4.194304泰艺晶振XSHGGLNANF-12.000000贴片晶振XSCEECNANF-8.000000石英晶振XYLEEJNANF-27.120000无源晶体X3AEELNANF-27.000000台湾TAITIEN晶振OCETGLJTNF-133.000000有源晶振X2HCCCNANF-12.000000泰艺晶振XSHGGLNANF-16.000000石英晶振XSCEGCNANF-10.000000台湾泰艺晶振XYABBCNANF-24.576000泰艺晶体谐振器X3AEELNANF-27.120000晶振XXDGHHPANF-20.000000台湾泰艺晶振VTEUMLJANF-25.000000台湾OSC晶振OYEUDCJANF-49.152000石英晶体振荡器XXCBELNANF-12.000000泰艺晶振XSHGGLNANF-24.000000台湾泰艺晶振XSCGGCNANF-24.576000无源晶体OXETDLJANF-50.000000有源晶振OXJTGLKTNF-125.000000泰艺晶振XIHEELAANF-4.000000泰艺晶振XXCGGINANF-18.432000无源晶体TYETACSANF-16.367667石英晶振OYEUDCJANF-45.158400台湾OSC晶振XIHEELAANF-11.059200泰艺晶振XZABBCNANF-26.000000无源晶体XSDEECNANF-25.000000泰艺晶体谐振器XYAEECNANF-27.000000台湾TAITIEN晶振X3AEELNANF-38.400000石英晶振XXGGGINANF-25.000000石英晶振TYETBCSANF-20.000000石英晶体振荡器XIHEELAANF-25.000000泰艺晶振
XZAPPCNANF-16.000000进口贴片晶振XXBBBCNANF-16.000000泰艺晶体谐振器TYKTACSANF-26.000000贴片晶振OXETGCJTNF-125.000000石英晶振XSDEELNANF-12.000000进口贴片晶振XXHCCLNANF-25.000000进口贴片晶振OXETDLJANF-20.000000泰艺晶振OXETDLJTNF-100.000000贴片晶振XSDEELNANF-13.560000台湾TAITIEN晶振XXCCCCNANF-12.000000贴片晶振X3AEELNANF-48.000000无源晶体XZBBBCNANF-26.000000台湾TAITIEN晶振XSDEELNANF-25.000000晶振XXCGGLNANF-12.000000石英晶振XYIGGLNANF-16.000000泰艺晶体谐振器XXGPPLNANF-20.000000晶振OXETGLJANF-50.000000石英晶体振荡器OTETGCLTNF-156.250000有源晶振XIHEELAANF-7.372800泰艺晶振XZBBCCNANF-26.000000晶振XSDEGCNANF-16.000000贴片晶振XXGDDCNANF-25.000000台湾泰艺晶振XYCBBCNANF-16.000000进口贴片晶振XXEBCLNANF-40.000000贴片晶振XZBCCCNANF-16.000000贴片晶振XSFGGLNANF-20.000000石英晶振XXGEHHNANF-24.000000无源晶体XYCBBCNANF-26.000000台湾TAITIEN晶振X3AEEJNANF-27.000000石英晶振OYETGCJANF-24.000000石英晶振TYKACCSANF-26.000000台湾OSC晶振OXKTGLJANF-19.200000有源晶振XZCBBCNANF-16.000000石英晶振XSGEECNANF-16.000000台湾泰艺晶振XXHEELNANF-12.000000泰艺石英晶体谐振器XYCCCCNANF-19.200000晶振XYAEECNANF-26.000000进口贴片晶振X3AEELNANF-30.000000贴片晶振X3AEEJNANF-27.120000台湾泰艺晶振OYETGCJANF-25.000000贴片晶振TYKACCSANF-40.000000石英晶振OCETDLJANF-25.000000石英晶体振荡器XZCBBCNANF-32.000000台湾泰艺晶振XSGEELNANF-25.000000无源晶体XXPEELNANF-16.000000进口贴片晶振XYCEECNANF-27.120000贴片晶振X3AEEJNANF-30.000000无源晶体OYETGCJANF-27.000000晶振TXEAACSANF-40.000000贴片晶振OCETGLJTNF-125.000000台湾OSC晶振XZCEECNANF-27.120000无源晶体XSGEGLNANF-13.000000泰艺晶体谐振器XZGEECNANF-24.000000台湾TAITIEN晶振XYCEECNANF-32.000000石英晶振XZCEECAANF-27.120000石英晶体XZLEFLNANF-30.000000台湾TAITIEN晶振XXBBBCNANF-26.000000台湾TAITIEN晶振OCETGLJTNF-106.250000石英晶振XZDBPCNANF-16.000000泰艺晶体谐振器XSHEECNANF-25.000000进口贴片晶振XZHBBCNANF-32.000000晶振XZDCELNANF-30.000000石英晶体XXHCECAANF-26.690000石英晶体XZIEELNANF-16.000000进口贴片晶振XSHEELNANF-25.000000台湾TAITIEN晶振XSHGGLNANF-11.059200晶振XZLCCCNANF-30.000000贴片晶振
ECX-P33BN-16.384高精密晶振ECS-2018-080-BN低抖动晶振ECS-1633-192-BN-TR美国伊西斯晶振ECS-3525-320-B-TR伊西斯晶振ECS-3225S18-200-FN-TR有源晶振ECS-.327-12.5-39-TR伊西斯晶振ECS-250-20-3X-TR晶振ECX-P33BN-24.576低抖动晶振ECS-2018-240-BN有源石英晶振ECS-3518-240-B-TR高精密晶振ECS-VXO-73-27.00-TR晶体振荡器ECS-3953M-500-BN-TR石英晶振ECS-240-16-5PX-TR无源晶振ECS-3X8耐高温晶振ECS-120-20-3X-TR石英晶体ECX-P33BN-25.000高精密晶振ECS-3525-1000-B-TR伊西斯SMD晶振ECS-3518-400-B-TR有源石英晶振ECS-2033-160-BN大体积晶振ECS-3953M-040-BN-TR贴片晶振ECS-92.1-S-5PX-TR伊西斯晶振ECS-40-18-5PXEN-TR低损耗晶振ECS-160-20-3X-TR无源晶振ECS-2033-240-BN大体积晶振ECS-3953M-018-BN-TR进口晶体振荡器ECS-73-S-5PX-TR石英晶振ECS-76.8-18-5PXEN-TR高品质晶振ECS-143-20-3X-TR伊西斯晶振ECX-P33BN-27.000石英贴片晶振ECS-3525-1250-B-TR有源晶振ECS-3951M-160-BN-TR美国伊西斯晶振ECS-1618-120-BN-TR小体积贴片晶振ECS-3953M-200-BN-TR石英晶体振荡器ECS-3225S25-240-FN-TR贴片晶振ECS-98.3-18-5PXEN-TR晶振ECS-147.4-20-3X-TR石英晶振ECX-L32CM-14.7456石英贴片晶振ECS-3963-1000-AU-TR石英晶体振荡器ECS-3953M-080-AU-TR有源晶振ECS-1618-192-BN-TR有源石英晶振ECS-3953M-480-AU-TR有源晶振ECS-3225S25-250-FN-TR进口晶体振荡器ECS-42-18-5PXEN-TR石英晶体ECX-P33BN-250.000石英贴片晶振ECS-3963-1000-BN-TR美国伊西斯晶振ECX-L32CM-150.000高频晶振ECX-P33BN-18.432有源石英晶振ECS-2018-147.4-BN高精密晶振ECS-1633-240-BN-TR有源晶振ECS-3525-400-B-TR石英晶振ECS-3225S18-240-FN-TR美国进口晶振ECS-240-10-37Q-ES-TR石英晶振ECS-286.3-20-3X-EN-TR高品质晶振ECX-L32CM-155.520高频晶振ECX-P33BN-20.000伊西斯SMD晶振ECS-2018-160-BN有源石英晶振ECS-1633-260-BN-TR石英晶体振荡器ECS-3525-480-B-TR贴片晶振ECS-3225S18-270-FN-TR伊西斯晶振ECS-250-10-37Q-ES-TR美国进口晶振ECS-300-20-3X-EN-TR晶振ECX-L32CM-156.250高频晶振
ECX-P33BN-200.000美国伊西斯晶振ECS-TXO-5032-120-TR伊西斯SMD晶振ECS-1618-480-BN-TR低抖动晶振ECS-3525-600-B-TR进口晶体振荡器ECS-3225S18-320-FN-TR石英晶振ECS-260-10-37Q-ES-TR耐高温晶振ECS-240-20-5PX-TR石英晶体ECX-L32CM-16.000有源晶振ECX-P33BN-212.500有源晶振ECS-TXO-5032-160-TR美国ECS晶振ECS-3963-480-AU-TR高精密晶振ECS-3518-040-B-TR石英晶体振荡器ECS-3225S18-400-FN-TR贴片晶振ECS-.327-12.5-34QCS-TR低损耗晶振ECS-60-32-5PX-TR无源晶振ECX-L32CM-16.384有源晶振ECS-200-20-3X-TR耐高温晶振ECX-L32CM-148.500高频晶振ECX-P33BN-24.000石英晶体振荡器ECS-TXO-3225-100-TR有源晶振ECS-2033-040-AU有源石英晶振ECS-3518-080-B-TR有源晶振ECS-3953M-480-B-TR进口晶体振荡器ECS-42-12-5PX-TR高品质晶振ECS-73-20-5PX-TR伊西斯晶振ECX-L32CM-18.432有源晶振ECS-3X8X石英晶振ECS-TXO-3225-200-TR石英晶体振荡器ECS-3961-240-AU-TR伊西斯SMD晶振ECS-3953M-800-B-TR晶体振荡器ECS-3953M-250-B-TR石英晶体振荡器ECS-122.8-20-5PX-TR晶振ECS-92.1-20-5PX-TR石英晶振ECX-L32CM-20.000有源晶振ECS-.327-12.5-13美国进口晶振ECS-2018-300-BN低抖动晶振ECS-2033-240-AU美国伊西斯晶振ECS-VXO-73-32.768-TR大体积晶振ECS-3953M-080-B-TR有源晶振ECS-80-S-5PX-TR石英晶体ECS-40-S-5PX-TR美国进口晶振ECX-L32CM-200.000高频晶振ECS-40-20-5PXDN-TR无源晶振ECS-2018-250-BN高精密晶振ECS-3963-270-AU-TR有源晶振ECS-VXO-73-19.440-TR晶体振荡器ECS-3953M-100-B-TR美国进口晶振ECS-120-20-3X-EN-TR低损耗晶振ECS-160-S-5PX-TR耐高温晶振ECS-80-18-5PXDN-TR伊西斯晶振ECS-2033-143-AU石英晶体振荡器ECS-60-20-5PX-TR晶振ECS-3953M-240-B-TR伊西斯晶振ECS-200-20-3X-EN-TR高品质晶振ECS-2033-320-AU低抖动晶振ECS-184-S-5PX-TR石英晶体ECS-3518-143-B-TR伊西斯SMD晶振ECS-184-20-3X-TR美国进口晶振ECX-L32CM-148.3516高频晶振ECX-P33BN-16.000低抖动晶振ECS-3953M-400-AU-TR石英晶体振荡器ECS-1618-260-BN-TR伊西斯SMD晶振ECS-3525-200-B-TR美国进口晶振ECS-3225S18-160-FN-TR石英晶体振荡器ECS-120-20-46X无源晶振ECS-245.7-20-3X-TR低损耗晶振
