KYOCERA Develops Silicon MEMS Resonator Production Technology

时间： 2020-04-25 来源：KYOCERA

技术问答

KYOCERA’s proprietary technology achieves outstanding frequency temperature coefficient and ESR characteristics, accelerating high-value-added timing device business.

February 13, 2020 Japan-Kyocera Corporation announced that it has successfully developed a proprietary technology to produce Silicon MEMS Resonators for the silicon MEMS market. Following Kyocera's July 2019 acquisition of 100% of the shares of Tikitin Oy, a Finnish venture company possessing advanced MEMS technology, and the subsequent establishment of Kyocera Tikitin Oy, the company has achieved outstanding frequency temperature coefficient and ESR characteristics*1 never previously attained with conventional quartz and silicon products.

Timing devices that generate stable frequencies at regular intervals are essential for the control and operation of electronic circuits. Driven in part by widespread adoption of IoT and wearable devices, as well as the acceleration of ADAS and EV technologies, the timing device market is expected to expand to 4.5 billion U.S. dollars by around 2030. Because demand is rising rapidly for timing devices that are smaller, lower-profile, higher-frequency, and superior with regard to temperature resistance, silicon MEMS resonators that meet these requirements will become widely used.

Kyocera will begin mass producing high-value-added silicon MEMS resonators in 2021, and will continue its technological development to address demand for further miniaturization, lower profile, and higher frequency, thereby advancing the field of high-added-value timing devices.

General Specifications and Production Facility

Main Features：

1. Outstanding Frequency Temperature Coefficient

As temperature rises, the frequency tolerance of conventional silicon becomes a straight line with a downward slope — and that of crystal becomes a cubic curve. Kyocera's silicon MEMS resonators achieve a narrow ± 25 ppm tolerance over a wide temperature range (-40℃ to 150℃) using proprietary doping technology.

2. Miniaturization

In the case of 24 MHz products, ESR characteristics are generally required to be 60ohm or less, and the 1.6 × 1.2 mm crystal size was considered the limit for miniaturization due to these physical properties. Kyocera's silicon MEMS resonator achieves the required characteristics in an area just 1.0 × 0.8 mm, a 58% reduction, using original element design technology.

*1 Low equivalent series resistance (ESR) makes it easier to generate a stable clock signal.

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【选型】Kyocera（京瓷）电容器选型指南（中文）

目录- 陶瓷电容器型号编制方法和形状、尺寸表普通应用/薄型/低损耗/三端子陶瓷电容器片状陶瓷电容器的试验方法和规格、结构图产品包装介绍使用注意事项型号一览表

型号- CM105X6S106M10A#,CM316X7R226 □ 06A#,CM02CΔ8R0 □ 25A#,CU02CΔ220 □ 16A#,CM05X5R105 □ 16A#,CM03X7R472 □ 10A#,CM21X6S226M10A#,CM02X7R331 □ 16A#,CM316X7R106 □ 16A#,CM05系列,CM03X5R332 □ 25A#,CM21X5R475 □ 25A#,CU02CΔ5R0 □ 16A#,CU02CΔ9R0 □ 25A#,CM02X5R473 □ 06A#,CM21X7R225 □ 25A#,CM02X5R682 □ 16A#,CM05X5R225 □ 10A#,CT05系列,CT05,CU02CΔ4R0 □ 25A#,CT03,CM05X5R226M04AH,CT105,CM05X5R156M04A#,CM02CΔ1R0 □ 25A#,CM21,CM02CΔ820 □ 16A#,CM03CΔ5R0 □ 50A#,CM21X7R105 □ 50A#,CM316X7R226 □ 10A#,KNH05X5R156M04AH,CM32系列,CU系列,CT05X5R225M06A#033,CM系列,CM316X7S226 □ 10A#,CM105X7R105,CM21X5R476M06A#,CM03CΔ220 □ 50A#,CU02CΔ120 □ 25A#,KNH05,CM105X7R225 □ 06A#,CM21X7R105 □ 25A#,CM316X7R475 □ 50A#,CM03CΔ3R0 □ 50A#,CM21X7T226M06A#,CM02X5R333 □ 06A#,CM105X7R105 □ 10A#,CM32,CU02系列,CM02CΔ560 □ 16A#,CM02X5R102 □ 16A#,CM03X7R332 □ 10A#,CM03CΔ390 □ 50A#,CM02X5R153 □ 06A#,CM05X5R106M06AH,CM02X7R151 □ 16A#,CM32X5R106 □ 25A#,CM02X5R222 □ 16A#,CM03CΔ8R0 □ 50A#,CM,CM316X5R475 □ 50A#,CM105X5R475 □ 10A#,CM32X5R226 □ 25A#,CU02CΔ180 □ 16A#,CM03X5R683 □ 10A#,CU02CΔ7R0 □ 25A#,CT21,CM105X5R106M25A#,CM316X7S225 □ 100A#,CT,KNH05X6S435M02AH,CU,CM03X5R225M06A#035,CU02CΔ2R0 □ 25A#,CM03X5R105M16AH,CM05X5R475M10AH,CM03X5R473 □ 10A#,CT03X5R104 □ 06A#022,CM02CΔ470 □ 16A#,CM02X5R471 □ 16A#,CM02CΔ101 □ 16A#,CT系列,CM21X7S105 □ 100A#,CU02CΔR50 □ 25A#,CM02X7R222 □ 16A#,CM105X7T106,CM03X7R682 □ 10A#,CM02CΔ270 □ 16A#,CM03CΔ270 □ 50A#,CM05X5R105 □ 10A#,CM03CΔ1R5 □ 50A#,CM105X5R105 □ 25A#,CM03CΔ101 □ 50A#,CM105,CM05X5R225 □ 16A#,CT03系列,CU02CΔ3R0 □ 16A#,CM02X5R224M06A#,CM03X6S105M04AH039,CU02CΔ100 □ 16A#,CT105X5R105 □ 16A#055,CU02CΔ5R0 □ 25A#,CM05X5R104 □ 25A#,CM105系列,CM02CΔ6R0 □ 25A#,CM02X5R332 □ 16A#,CM02X7R681 □ 16A#,CT21X5R225 □ 50A#095,CM02X5R223 □ 06A#,CM05X5R474 □ 10A#,CM105X6T226M04AT,CM32X7R106 □ 50A#,CU02CΔ7R0 □ 16A#,CM02CΔ221 □ 16A#,CU02CΔR20 □ 25A#,CU02CΔ1R5 □ 25A#,KNH系列,CM03CΔ9R0 □ 50A#,CU02CΔ1R0 □ 25A#,CM02X7R471 □ 16A#,CM21X7R475 □ 16A#,CM21系列,CM02X7R152 □ 16A#,CM03X5R475M06AH055,CM03X5R475M04AH,CM316X5R225 □ 25A#,CM02CΔ3R0 □ 25A#,CM02X5R474M06A#,CM03X5R224 □ 10A#,CM32X5R106 □ 50A#,CM02CΔ220 □ 25A#,CM03X5R333 □ 10A#,CU02CΔ8R0 □ 25A#,KNH05X6S435M04AH,CM03X5R105M06A#,CM21X6S226M06A#,CM02CΔ330 □ 16A#,CM02X5R152 □ 16A#,CM05X5R475M16AH,CM03CΔ2R0 □ 50A#,CM03CΔ330 □ 50A#,CM02CΔ100 □ 25A#,CM105X5R475,CM02CΔ2R0 □ 25A#,CM32X5R106 □ 16A#,CM316X5R226 □ 16A#,CM03X5R225M10AH,CM02CΔ180 □ 25A#,CU02CΔ3R0 □ 25A#,CM03CΔ4R0 □ 50A#,CM03X5R104 □ 10A#,CM05X7R104 □ 25A#,CM03CΔ120 □ 50A#,CM05X5R105 □ 35A#,CM02X5R681 □ 16A#,CM03CΔ150 □ 50A#,CM02X5R221 □ 16A#,CM03X5R225M06AH,CM105X5R106,CU02CΔ120 □ 16A#,CM02X7R102 □ 16A#,CM32X7R106 □ 25A#,CT21X5R475 □ 16A#095,CM03CΔ820 □ 50A#,CM316,KNH,CU02CΔ4R0 □ 16A#,CM105X5R475 □ 25A#,CT105系列,CM02CΔ7R0 □ 25A#,CM02CΔ150 □ 25A#,CM02CΔ390 □ 16A#,CM02X5R103 □ 16A#,CM21X5R105 □ 50A#,CM316X5R225 □ 100A#,CM05X5R475M25AH,CM05X5R226M06AH080,CM03CΔ6R0 □ 50A#,CM03X5R474 □ 06A#,CM02X5R104 □ 10A#,CM21X5R106 □ 16A#,CT05X5R105 □ 06A#033,CU02CΔ150 □ 16A#,CM03CΔ560 □ 50A#,CM03CΔ470 □ 50A#,CM03CΔ180 □ 50A#,CU02CΔ6R0 □ 16A#,CM02CΔ120 □ 25A#,CM02CΔ4R0 □ 25A#,CM05X5R224 □ 16A#,CM316系列,CM05X7S225M04A#065,CT05X5R475M06AH033,CM02CΔ9R0 □ 25A#,CM02X5R331 □ 16A#,CM03X7R103 □ 10A#,CU02CΔ1R0 □ 16A#,CM03X5R103 □ 25A#,CM03CΔ1R0 □ 50A#,CM02X7R221 □ 16A#,CM SERIES,KNH05X5R435M04AH,CM02CΔ5R0 □ 25A#,CM02X5R472 □ 16A#,CM05X5R225,CM02X5R683 □ 06A#,CU02CΔ6R0 □ 25A#,CM03CΔ7R0 □ 50A#,CM03CΔ680 □ 50A#,CU02CΔ2R0 □ 16A#,CT SERIES,CU SERIES,CU02CΔ8R0 □ 16A#,CM02CΔ680 □ 16A#,CM03CΔ100 □ 50A#,CM03系列,CM21X5R226M10A#,CM316X5R106 □ 25A#,CM03X5R223 □ 10A#,CM03X5R225M06AH□□□,CU02CΔR20 □ 16A#,CU02CΔ1R5 □ 16A#,CM02X5R104 □ 06A#,CU02CΔ9R0 □ 16A#,CM05X7S105M04A#,CM05X5R156M06A#,CM02X5R151 □ 16A#,CM21X6S476M04A#,CM03X5R682 □ 25A#,KNH SERIES,CM105X5R225 □ 16A#,CM21X5R225 □ 25A#,CM21X7R106 □ 06A#,CM105X7R105 □ 16A#,CU02CΔ100 □ 25A#,CM02X5R101 □ 16A#,CM03X5R472 □ 25A#,CM02系列,CM02CΔ1R5 □ 25A#,CU02CΔR50 □ 16A#,KNH05X5R106M04AH,CU02,CM03X6S105M06AH039,CM32X7R226 □ 16A#,CM05,CM05X5R105 □ 25A#,CM316X7R106 □ 25A#,CM03,CM02X7R101 □ 16A#,CM02,CT21系列,CM316X7S475 □ 100AT,CM105X7T475 □ 10A#

选型指南 - KYOCERA - 2021年5月 PDF 中文下载

Key Applications of IoT Modem in Industrial Automation

This article will explore in detail the key applications and functional advantages of IoT Modem in industrial automation, and analyze its application effect in practical scenarios through specific case studies.

技术探讨发布时间 : 2024-10-23

【选型】秋田微（AVD）IoT物联网产品（ARM嵌入式板、串口板和A/D板、显示器驱动板、嵌入式显示器）选型指南

目录- IoT Products—ARM Embedded Boards IoT Products—Serial Port Boards IoT Products—Display Driver Board IOT Products Selection Table

型号- RTD2556T,AVD‐IOT‐OA‐A002L,ARM RK3288,AVD‐IOT‐AA‐A00XX,RTD2660H,AVD‐IOT‐OC‐A001M,NXP IMX6UL,AVD‐IOT‐AC‐A003M,AVD‐IOT‐OA001M,AVD‐IOT‐AC‐A002M,AVD‐IOT‐DC‐A001L,NXP IMX6Q,AVD‐IOT‐AC‐A006M,RTD2513A,AVD‐IOT‐AA‐A00XM,AVD‐IOT‐AA‐A004M,AVD‐IOT‐OA‐A004L,AVD‐IOT‐AC‐A0005M,AVD‐IOT‐OA‐C002M,AVD‐TV001‐NN‐003‐A,AVD‐IOT‐AA‐C003M,AVD‐IOT‐AA‐A003M

选型指南 - 秋田微 - 2021 PDF 英文下载

【选型】Kyocera（京瓷）喷墨打印头选型指南

目录- 喷墨打印头产品介绍喷墨打印头（UV/水性/油性）选型表

型号- KJ4A-RH,KJ4B-0150,KJ4B-0360,KJ4B-QA,KJ4A-0300,KJ4B,KJ4A,KJ4C-0360,KJ4A-AA,KJ4B-1200,KJ4A-TA,KJ4B-YH,KJ4B-0300

选型指南 - KYOCERA - 2021/06/16 PDF 中文下载

What is the Difference between IoT Modem and IoT 4G Module

In the rapid development of IIoT, Data Transfer Unit (IoT Modem and IoT 4G Module), as key network communication components, play a pivotal role. Both have wide applications in realizing equipment networking, data transmission and remote monitoring. However, they are significantly different from each other in terms of functions, application scenarios and technical characteristics.

技术探讨发布时间 : 2024-08-30