Kyocera Launches Ultra-Miniature Crystal Unit for Automotive Electronics
Kyoto, Saturday, 21 December 2024.
Kyocera’s new CX2016SA20000D0GSS crystal unit is designed for automotive electronics, featuring a low-profile ceramic package and reflow compatibility, ideal for high-density board designs.
Technical Specifications and Applications
The CX2016SA20000D0GSS crystal unit showcases impressive miniaturization, measuring just 2.05×1.65×0.45 mm [1][3]. This ultra-compact component demonstrates remarkable thermal resilience, operating across an extensive temperature range from -40°C to +150°C [1][3], making it particularly suitable for demanding automotive environments. The device utilizes piezoelectric effects in a ceramic package design, ensuring stability and reliability in critical automotive applications including both infotainment systems and safety equipment [1].
Manufacturing and Integration
The manufacturing process employs sophisticated photolithography techniques similar to those used in semiconductor production [1]. The crystal unit’s reflow compatibility significantly enhances its integration potential, while its lightweight design of just 6.30 mg per unit [1][3] contributes to overall vehicle weight optimization. The component is available in reel quantities of 3,000 or 15,000 units [1], facilitating efficient high-volume manufacturing processes.
Market Impact and Growth Potential
This launch comes at a crucial time in the quartz crystals and oscillators market, which is projected to reach USD 5024.55 million by 2031 [4]. The market is experiencing a steady compound annual growth rate (CAGR) of 4.5% [4], driven by increasing demands in automotive electronics and other high-tech applications. Kyocera, recognized as one of the top manufacturers in this sector [4], is strengthening its position through this strategic product launch.
Future Implications
The introduction of this crystal unit represents a significant advancement in automotive electronic component miniaturization. Its versatility extends beyond automotive applications, supporting various other electronic devices including smartphones, tablets, and wearable technology [1][3]. This broad application potential, combined with its advanced specifications, positions the component as a key enabler for next-generation electronic systems across multiple industries.