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KYOTO, Japan — Murata Manufacturing Co., Ltd. (TOKYO:6981) (ISIN:JP3914400001) unveils a cutting-edge digital timing system that includes distinctive accuracy ±40ppm and reliability even in wide-temperature -40°C to +125°C circumstances. By addressing the constraints of present timing parts in automotive digital methods, it enhances the design and deployment of next-generation In-Car Networks (IVN), wi-fi communication, and Superior Driver Help Programs (ADAS) features.
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Because the automotive business continues to pursue higher integration and digital downsizing to deal with the increasing variety of essential digital methods, the efficiency necessities for parts are rising. In an effort to obtain tighter packaging with out compromising accuracy, it’s now needed for essential parts like timing gadgets to have increased temperature limits. There’s additionally a rising demand to include options like Bluetooth® Low Power (BLE) and ethernet in automobiles, which calls for extra correct timing than what is usually provided by automotive crystal models.
Murata’s excessive accuracy and excessive temp automotive crystal (HCR), or XRCGE_M_F sequence, redefines timing element efficiency and reliability. It units a brand new international commonplace as the primary of its type to attain a complete frequency tolerance of ±40 ppm all through an working temperature vary of -40°C to +125°C. This mixture permits automotive engineers to attain the steady and extremely correct timing with out the necessity for system calibration or temperature compensation measures, lowering growth efforts and prices.
Murata has a long-standing historical past of being on the forefront of automotive timing options, beginning with the introduction of its ceramic resonators in 1997 and adopted by its crystal models in 2015 – HCR is the subsequent step. By means of the optimization of synthetic crystal progress, meeting, and inspection, Murata’s groundbreaking resin-sealed package deal expertise, together with the optimization of crystal design, permits HCR to attain high-temperature operation and excessive accuracy. This mixture is completely suited to help the newest automobile communication and security features reminiscent of CAN and ethernet IVNs, ADAS parts like cameras, LIDAR, and RADAR, in addition to wi-fi communication applied sciences reminiscent of RF, NFC, BLE, ZigbeeTM, and UWB.
“HCR is a real step ahead that completely aligns with the newest automotive calls for,” mentioned Munenori Hikita, Director of Practical Units Division at Murata. “With our ‘world’s first’ answer, engineers will be capable of deploy downsized designs and excessive efficiency communication circuits with out compromise.”
The HCR lineup is underpinned by Murata’s steady and dependable multi-source provide chain, guaranteeing automotive customers don’t have any issues over provide, whereas its excessive temperature working window and robust resistance to solder cracks assure long-term reliability. The parts have already entered mass manufacturing and samples can be found upon request. To be taught extra or to request samples, please contact your native Murata’s consultant or go to right here.
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Contacts
For extra data, please contact:
Murata Manufacturing Co., Ltd.
Keisuke Tsuboi
prsec_mmc@murata.com
Company Communications Division
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