时间是至关重要的，我们已经重新发明了它。
2007: A Breakthrough Process
一个灰尘可以影响谐振器的性能。因此，谐振器不能接触到任何外部元素。对于MEMS谐振器尤其如此，它们小于一粒盐。betway开户官网（MEMS代表微机电系统。）
We transformed the timing industry by creating the MEMS First™ and EpiSeal™ processes. Not only were we able to clean and seal MEMS resonators without exposing them to outside contaminants; we were the first to manufacture MEMS resonators in high volume. As a result, silicon-based timing devices became a reliable alternative to quartz timing devices.
2011: Immunity to Shock and Vibration
手机被掉落。汽车零件在引擎盖下摇晃。地震检测系统钻入地面。这就是为什么计时设备需要免受冲击和振动的原因。betway开户官网MEMS谐振器本质上比处理外力的石英更好，因为它们如此小。2011年，我们介绍了一种新的MHz谐振器设计，使我们的产品更加免受震动和振动的30倍，与石英相比。
2013: The Smallest Timing Device
Our MEMS solutions make bulky quartz timing devices seem like a thing from the Stone Age. We were the first to use chip-scale packages for timing (CSP), enabling tiny oscillators smaller than a pinhead. And because MEMS is made of silicon (and quartz isn’t), we can take advantage of the latest packaging techniques from the semiconductor industry without massive investment.
2013: Beating Quartz at Temperature
温度影响振荡器的性能，这可能导致呼叫或丢失的GPS连接。为了解决这个问题，我们创建了Tempflat MEMS™，这比石英的准确性好两倍。作为一个额外的奖励，本发明降低了功耗，从而实现了电子设备的更长的电池寿命。
2016: The World's Only Resonator and Temperature Sensor on the Same Chip
Components turn on and heat up a device. Fans turn on and cool the system. These temperature changes impact the performance of electronics. That's why we introduced DualMEMS™, which places a resonator and temperature sensor on the same chip. This invention makes our devices even more stable in the face of fast temperature ramps – something that quartz cannot do.
在以下视频中，您可以看到我们的设备保持稳定性，而石英设备正在进行颠簸。