Since its establishment in 1959, Kyocera Corporation has been a pioneer in the development and manufacturing of crystal components, widely recognized for its "KDS Oscillator" brand. From the early MC146 to the modern DST310S, the evolution of crystal oscillator packaging technology has been witnessed by all, transitioning from bulky to slim designs. Facing the diverse needs of future devices, the development trend of electronic components is pointing towards low power consumption, miniaturization, and ultra-slim profiles.
In the future trend of KDS oscillator packaging, we can anticipate three main directions:
1. In the KHZ crystal field, the 3215 SMD oscillator currently dominates the market. However, with technological changes, smaller and thinner packaging will become the trend. KDS Corporation's introduction of the DST1610AL model, along with the DST210A and DST1210AL, all showcase smaller dimensions and thinner designs. The DST1610AL, in particular, stands out for its slimness, making it the first choice for smart wearable devices with its miniaturization, low power consumption, and ultra-thin characteristics, suggesting that the SMD1610 may become the popular packaging of the future.
2. Among the many options for MHZ crystals, the 3225 and 2520 SMD oscillators have become leading choices in the market due to their performance advantages. Whether it's KDS's DSX321G, Epson's TSX-3225, or TXC's 7M series, they are all popular choices in the market. Market research data indicates that the 1612-sized SMD oscillator, with its miniaturization features, is experiencing rapid demand growth in wearable smart terminal devices and has become a popular choice in the market. Even in extreme temperature environments, KDS's DSX1612S, measuring 1.6mm×1.2mm×0.4mm, can ensure stable operation.
3. In the temperature-compensated crystal oscillator market, SMD2520 and DSB221SDN are common packaging forms. For professionals, the DSB221SDN, a 2.5×2.0mm temperature-compensated active oscillator, is a common choice. With the increasing popularity of MHZ packaging technology, KDS's 1612 temperature-compensated oscillator is expected to dominate the market.
From the above analysis, we can foresee that the DST1610AL, DSX1612S, and DSB1612SDN will become the mainstream models for KDS oscillators in the future. If your product design is seeking these packaging models, now is the best time to consider adopting these advanced technologies.
KDS oscillators, with their continuous technological innovation and keen insight into market demands, are driving a new trend in electronic component packaging, providing more accurate and reliable time synchronization technology for smart devices.
About Mandu Technology
Shenzhen Mandu Technology Co., Ltd. has steadfastly centered its operations on the distribution of high-performance, high-quality, and highly reliable integrated circuit products. Its portfolio encompasses memory chips, differential crystal oscillators, and MCU microcontrollers, while progressively integrating analog signal chain products. The company prides itself on delivering comprehensive and cost-effective solutions to its customers. Its products find applications across a broad spectrum of industries, including but not limited to network communication, industrial control, robotics, medical equipment, personal health, and numerous other fields.
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