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Rapid Growth of Wearable Devices: How to Choose a Low-Power, High-Precision Crystal Oscillator?
With the rise of health tracking, smart fitness, and mobile payment features, the wearable device market is experiencing explosive growth.Research shows that by 2027, the global wearable device market is projected to exceed $150 billion.This trend presents a critical challenge for engineers: how to choose crystal oscillators that are both power-efficient and precise enough to meet the demanding requirements of timing, communication, and positioning?
How to Choose the Right Crystal Oscillator for Wearable Devices?
Wearable devices are typically battery-powered and demand long operating time.
It is essential to select oscillators with ultra-low startup and operating current to reduce total power consumption.
Health monitoring, step counting, and GPS functions require highly stable frequencies.
This helps save PCB space and improves design flexibility.
Wearables are often used in dynamic environments like sports, medical, and outdoors, requiring resistance to vibration, thermal shock, and wide temperature ranges.
Oscillators rated for -40°C to +85°C (or wider) offer enhanced reliability and system performance.
JGHC Crystal Oscillator: Empowering Innovation in Wearables
As a professional crystal oscillator manufacturer, JGHC offers a wide range of low-power, high-precision solutions for wearable electronics, including:
We also offer frequency customization, private-label packaging, and fast delivery services to support rapid product development and market launch.
Contact JGHC Today for Samples and Technical Support
Tel:+86 15989546472
Email :ivy@jghcrystal.com
WhatsApp:+8615989546472
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