KYOCERA Lanuched Ultra-Small Crystal Units CX1008SB Series Achieving the Same Performance as Kyocera‘s Previous With A 33% Reduction in Size
As 5G, IoT, ADAS and AI technologies expand, electronics will need to be designed more compactly to meet the increased performance requirements. Engineers inventing new electronics will need the smallest and most efficient components to keep up with demand.
KYOCERA's new generation of Ultra-Small Crystal Units (CX1008SB series) components - WINNER of the Japan Ministry of Education, Culture, Sports, Science and Technology (MEXT) award for technology development in 2021 for achieving the same performance as KYOCERA previous crystal units with a 33% reduction in size.
Normally, downsizing from 1.2 x 1.0mm to 1.0 x 0.8mm components would increase equivalent series resistance and require circuit board revision. However, by optimizing the design using piezoelectric analysis technology, Kyocera has downsized this device to 1.0 x 0.8mm with the same electrical characteristics as KYOCERA conventional technologies. This allows engineers to incorporate the new CX1008SB series components without revising circuit designs.
- |
- +1 赞 0
- 收藏
- 评论 0
本文由涂抹转载自KYOCERA News,原文标题为:Ultra-Small Crystal Units by Kyocera,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
相关推荐
Kyocera Named to “Top 100“ Global Innovators List for Third Consecutive Year, Marking Eighth Appearance
Kyocera Corporation announced that it has been recognized as a Top 100 Global Innovators™ 2024 by Clarivate™, a leading global provider of transformative intelligence. This year‘s list brings Kyocera‘s eighth appearance, with 2024 marking the third consecutive year.
KYOCERA Named Among “Top 100“ Global Innovators for 7th Year by Clarivate
Kyocera has been recognized as a Top 100 Global InnovatorTM 2023 by Clarivate, a global leader in connecting people and organizations to intelligence that transforms the world. This year marks Kyocera Corporation‘s seventh appearance on the list, including consecutive listings in 2022 and 2023.
Kyocera and Digital Grid Begin Joint Demonstration of Renewable Peer-to-Peer Power
Kyocera Corporation and Digital Grid Corporation announced a joint project to demonstrate a renewable peer-to-peer (P2P) power system beginning January 2021 at Kyocera’s Yokohama Nakayama office. The P2P demonstration will use electricity generated by Kyocera’s solar modules, and distributed to consumers through predictive artificial intelligence (AI) technology.
压纹载带包装、卷盘规格
型号- CX3225GB,CX3225GA,CX2016SA,CX3225CA,KV5032D,CX1210SB,MC2520Z,CT1612DB,CX3225SB,CX3225SA,MC3225Z,MC2016K,MC5032Z,KC7050P,KC7050R,KT1612A,MC3225K,KT7050,KC7050Z,KC5032K,KC5032P,MC2520K,KC5032E,CX1210DB,CX1008SB,KC2520Z,KC5032Z,KV7050R,KT2520K,KT5032F,KC3225Z,KC7050A,KT3225K,KV7050B,CX2520DB,KV7050C,KV7050G,CT2016DB,KC7050K,KC7050G,KT2016K,KC2016Z,MC7050Z,CX2016GR,KC2520B,KC3225A,MC2016Z,MC5032K,KC2016K,KC2520K,MC7050K,KC2520M,CX2016DB,KV5032G,KC2016B,KV5032R,CX1612DB,CT2520DB,KC3225K
Crystal Device Selection Guide
型号- CT1612RB,CX1008SB,CX3225GB,KC2520Z,KC5032Z,KT2520K,CX3225GA,CX2016SA,MC2016F,CX3225CA,CX1210SB,KC3225Z,MC2520Z,CX3225SB,CX3225SA,MC3225Z,MC2016K,CT2016DB,KC7050K,KT2016K,MC5032Z,KC2016Z,MC7050Z,KC3225F,MC2520F,CX2016GR,KT1612A,MC3225K,MC2016Z,KC7050Z,KC2520F,MC5032K,KC2016K,KC5032K,KC2520K,MC7050K,KC2016F,MC3225F,CX2016DB,CX1612DB,MC2520K,CX1210DB,KC3225K
Crystal Devices
型号- CX3225GB,CX3225GB27000D0HEQCC,CX3225GA,CX3225CA16000D0PSVCC,CX2016SA,KT2520K26000□□□□□□XX,CX3225CA,CX2016DB27000D0GLLCC,CX1008SB37400□□□□□□□,CX1210SB,MC2520Z,CX3225SB,KT5032F20000□□□33TXX,KC2520K25.0000C□□E00,CX3225SA,MC□□□□Z25.0000C1□YSH,MC3225Z,MC2016K,CT1612RB38400,MC5032Z,KT1612A,KT7050,MC3225K,KC7050Z,MC2520K32K7680C1□ASH,KC5032K,KT5032F SERIES,KT1612A SERIES,MC2520K,CX1210DB,KT1612A26000□□□□□NXY,CX3225GA16000D0PTV□□,KC□□□□Z25.0000C1□Y00,MC2520K25.0000C□□ESH,CX2016SA20000D0GSS□□,CT1612RB,CX1008SB,KC2520Z,KC5032Z,KT2520K,CX1612DB24000□□GLLCC,KC2520K32K7680C1□A00,KT5032F,KT1612A52000□□□□□NXG,KC3225Z,MC-K SERIES,MC□□□□Z25.0000C1□XSH,CT2016DB,KC7050K,KT7050 SERIES,KT2016K,KT2520K SERIES,KC2016Z,CT2016DB19200□□□□□□□,KT7050□20000□□□33TXX,MC7050Z,CX2016GR,KT2016K26000□□□□□□XX,KT2016K SERIES,MC2016Z,CX1210SB27120□□□□□CC,MC5032K,KC2016K,MC-K,CX1210DB37400□□□□□CC,KC2520K,MC7050K,CX2016DB,CX2016GR20000D0GTVCC,CX3225SA12000D0GTV□□,CX1612DB,KT1612A26000□□□□□□XX,CX3225SB27000D0GLLCC,KC□□□□Z25.0000C1□X00,KC3225K
产品简表
型号- CT1612RB,CX1008SB,CX3225GB,KC2520Z,KC5032Z,KT2520K,CX3225GA,CX2016SA,MC2016F,CX3225CA,CX1210SB,KC3225Z,MC2520Z,CX3225SB,CX3225SA,MC3225Z,MC2016K,CT2016DB,KC7050K,KT2016K,MC5032Z,KC2016Z,MC7050Z,KC3225F,MC2520F,CX2016GR,KT1612A,MC3225K,MC2016Z,KC7050Z,KC2520F,MC5032K,KC2016K,KC5032K,KC2520K,MC7050K,KC2016F,MC3225F,CX2016DB,CX1612DB,MC2520K,CX1210DB,KC3225K
Crystal Units Surface Mount Type CX1008SB 1.0 × 0.8mm for Consumer Products/ Mobile Communications
型号- CX1008SB,CX1008SB37400□□□□□CC
【IC】京瓷成功量产超小型晶振CX1008SB系列,尺寸减小到1.0×0.8mm,顺应通信终端多功能化趋势
近年来,5G通信普及、Wi-Fi®高速化、车载装置的电装化等通信终端多功能化趋势加深,而电子设备的贴装密度持续增加,可实装面积受限,对于更小型化的搭载元器件的需求随之增长。在此市场背景下,京瓷凭借出色的光刻加工以及同大阪大学共同开发的超高精度加工技术(等离子CVM技术),成功量产了超小型晶振CX1008SB系列。
KYOCERA 产品简表
型号- CT1612RB,CX1008SB,CX3225GB,KC2520Z,KC5032Z,KT2520K,CX3225GA,CX2016SA,CX3225CA,KT5032F,CX1210SB,KC3225Z,MC2520Z,CX3225SB,CX3225SA,MC3225Z,MC2016K,CT2016DB,KC7050K,KT2016K,MC5032Z,KC2016Z,MC7050Z,CX2016GR,KT1612A,MC3225K,KT7050,MC2016Z,KC7050Z,MC5032K,KC2016K,KC5032K,KC2520K,MC7050K,CX2016DB,CX1612DB,MC2520K,CX1210DB,KC3225K
压纹载带包装、卷盘规格包装规格
型号- CT1612RB,CX1008SB,CX3225GB,KC2520Z,KC5032Z,KT2520K,CX3225GA,CX2016SA,MC2016F,CX3225CA,CX1210SB,MC2520Z,KC3225Z,CX3225SB,CX3225SA,MC3225Z,MC2016K,CT2016DB,KC7050K,KT2016K,MC5032Z,KC2016Z,MC2520F,KC3225F,MC7050Z,CX2016GR,KT1612A,MC3225K,MC2016Z,KC7050Z,KC2520F,MC5032K,KC2016K,KC5032K,KC2520K,MC7050K,KC2016F,MC3225F,CX2016DB,CX1612DB,MC2520K,CX1210DB,KC3225K
电子商城
现货市场
登录 | 立即注册
提交评论