Kyocera Unveils Ultra-Small Crystal Units for Mobile Devices
Kyoto, Friday, 21 February 2025.
Kyocera introduces CT1612RB crystal units designed to enhance stability in compact electronics like smartphones and tablets, featuring integrated thermistors for improved reliability.
Advanced Technology for Mobile Precision
The newly released CT1612RB crystal units represent a significant advancement in mobile device components, featuring an ultra-compact design specifically engineered for modern electronic devices [1][2]. At just 5.2 milligrams, these crystal units demonstrate Kyocera’s commitment to miniaturization while maintaining high performance standards [1][2].
Versatile Applications and Key Features
These crystal units serve as reference frequency generators for telecommunication systems, making them essential components in a wide range of applications [1]. The CT1612RB’s ceramic package construction ensures high reliability, while its reflow compatibility facilitates efficient manufacturing processes [1]. The units are specifically designed for integration into smartphones, tablet PCs, wearable devices, and communication modules [1][2].
Manufacturing and Supply Chain Efficiency
Kyocera has optimized the production process for high-volume manufacturing, with the CT1612RB being supplied in reels containing 15,000 units per package [1][2]. This packaging strategy aligns with modern automated assembly requirements, enabling efficient integration into production lines. The latest technical documentation for these components was released on January 29, 2025 [3], demonstrating Kyocera’s ongoing commitment to providing up-to-date technical support.
Industry Context and Future Implications
This release comes at a time when the electronics industry is seeing increased demand for miniaturized, high-reliability components. The introduction follows Kyocera’s recent technical developments in related fields, including advanced work on C0G High Voltage MLCCs announced on January 30, 2025 [3]. These crystal units represent part of a broader trend in the industry towards more compact and efficient electronic components [GPT].