Site Search

[On-demand seminar] Considering the environmental resistance of clock products - Points to note during design and optimal product selection - (SiTime) <Free>

This event has ended.

Event features

Not getting the performance as per the data sheet... Accuracy worsens after long use... We can solve such problems with oscillators!

We will be streaming online seminars from SiTime, a company that manufactures MEMS oscillators/clock generators/clock buffers, on demand for one month!

This seminar will provide information about SiTime MEMS oscillators, as well as design considerations and frequently asked questions.

The main theme of this seminar is to provide useful information for the design of products that are sensitive to vibration, shock, and temperature changes, and that are intended for long-term use over several decades.
The seminar will introduce SiTime's MEMS oscillators, which have the features of "excellent environmental resistance" and "resistance to aging," and will also explain the selection points for clock products and points to note when designing. (Click here for the seminar agenda)
After viewing, you will be able to answer a questionnaire to ask any questions you may have about design or selection, or about clocks.

If you are currently having trouble with clock design, or if you are interested in MEMS oscillators even though you have never used one before, please apply.

 

*This seminar is a recorded and partially edited version of the online live seminar held on Friday, June 28, 2024, and is now available to watch as an on-demand video.

Please note that the same content will apply to those who participate on the day.

 

[Enrollment Benefits]
After viewing the seminar, those who answer a short questionnaire will be provided with the seminar materials (PDF).

Recommended for people like this!

・Those who are interested in MEMS clocks

・People in charge of clock design
・People who are concerned about vibration, shock, and temperature changes
- People looking for a clock that can be used for a long time
・People considering BCP measures in combination with quartz products

Schedule/Application

schedule time venue Capacity Application
2024/09/02(Mon)
~
2024/09/30(Mon)
  • about 40 minutes

You can watch it on your PC 24 hours a day until September 30th (Monday) (on-demand streaming).

  • -
End of reception

agenda

time content
about 30 minutes

Considering the environmental resistance of clock products - Points to note when designing and selecting the optimal product -

・What is frequency aging?
・What is frequency-temperature characteristic (df/dT)?
- Effects of vibration and shock
Points to keep in mind when designing
・Trends in clock component selection and adoption examples
・SiTime product solutions with excellent frequency aging performance
・SiTime product solutions with excellent frequency-temperature characteristics

about 15 minutes

Q&A

We will be streaming the Q&A session regarding the questions received during the live seminar held on Friday, June 28, 2024.

Instructor/Instructor Profile

Hideki Yoneda, Japan Country Manager, SiTime Japan LLC

SiTime Japan, LLC Japan Country Manager

Mr. Hideki Yoneda

He worked hard to launch the semiconductor business at Kawasaki Steel, and in 2000 he worked as a consultant in the high-tech field at Boston Consulting Group.

After serving as vice president of sales and marketing for Kawasaki Micro's North American subsidiary, he became head of M&A at MegaChips in 2013 and was responsible for the acquisition of SiTime in 2014.

Since 2019, he has served as representative of SiTime Japan LLC.

Organized and operated

Sponsor: Macnica

Lecturer: Cytime Japan LLC

Notes

・This seminar is a limited-time on-demand seminar. We will contact you after your application with information on how to watch it.
・The event will not be held at our office. It will be a video stream, so please take the course from your own computer.

・Participation by competitors may be refused. Please note.

・The content of the seminar may change without notice.

Inquiry

Inquiry