TIMING DEVICES World’s leading manufacturer of quartz devices for applications from consumer to industrial, networking and automotive. Home Products TIMING DEVICES Products About EEG Contact News & Events TIMING DEVICES PRODUCT NUMBER SEARCH INCL. DEDICATED PRODUCT DATASHEET PARAMETRIC SEARCH OF EPSON TIMING DEVICES ENVIRONMENTAL INFORMATION (ROHS/REACH/SCIP) DISCONTINUED TIMING DEVICES CRYSTAL UNITS / RESONATORS Ultra compact SMD packages This is a crystal device that a crystal chip is enclosed in a package. Crystal units can be classified into tuning fork crystal units, AT crystal units, or SAW resonators, depending on the type of crystal chip used. More information OSCILLATORS Thin & small suited to high-density mounting A crystal oscillator is a crystal device that is able to output a specified frequency because a crystal oscillator and a crystal oscillation circuit (IC) are incorporated into a single package. More information REAL TIME CLOCK MODULES High-stability with built-in timestamp A real time clock is a circuit or IC that generates digital data for times and dates, etc. from a reference clock. Usually, the reference clock is a 32,768kHz crystal unit More information VIEW CATALOGUE LOCATIONS AND SALES OFFICES Where to buy Epson electronic devices? MORE INFORMATION CONTACT Questions? Please write us! MORE INFORMATION ABOUT EPSON EUROPE ELECTRONICS Who is EEG? MORE INFORMATION SEARCH: FOLLOW US: YouTube LinkedIn HOME Imprint Terms and Conditions Terms of Use Privacy Information Statement Code of Conduct Cookie Information Epson.de PRODUCTS Timing Devices Semiconductors Sensing Solutions ABOUT EEG Company Profile Management Vision Statement Quality Management Environment Employment CONTACT Locations and Sales Offices Epson Technology Partners Contact NEWS & EVENTS Product News Events Press Contact COOKIES: We use cookies on our website. By continuing to browse our website, you agree to our use of cookies. For more information on how we use cookies and how to manage your preferences go to Cookie Information Accept