Even a perfect design on paper can fail in real systems because crystals and oscillators are mechanical-electrical systems are affected by temperature, ageing, stress and manufacturing variation.

Robust design alone is not enough – only combined with upfront simulation, e.g., with a design APP, and comprehensive testing across worst-case conditions (cold, hot, aged parts, mechanical stress, load capacitance variation, and so on) ensures reliable start-up, phase noise and long-term stability.

The transition from industrial machines to wearable, medical, and connected systems has introduced new constraints on size, power,
precision, and reliability for quartz crystals. In this webinar, we will discuss how these changes impact crystal design and selection in modern designs.

To answer your questions on modern designs that must incorporate crystals and oscillators, join us – Electronics World and GEYER Electronic – at the webinar titled “From Industry to Wearables: Implications for Quartz Crystal Design”. 

Start time is 2pm on Wednesday, 4th of March.

You can ask burning engineering questions at the end of the webinar.

Register now – this is free:

From Industry to Wearables: Implications for Quartz Crystal Design – Electronics World