Contact
QR code for the current URL

Story Box-ID: 601709

Taiyo Yuden Europe GmbH Siemensstraße 3 90766 Fürth, Germany http://www.taiyo-yuden.com
Contact Mr Harald Sauer +49 911 93640

TAIYO YUDEN Announces the Commercial Production of a 150μF Multilayer Ceramic Capacitor

Greater Capacity Variation for the Power Supplies of Various Devices

(PresseBox) (Tokyo, )
TOKYO, April 30, 2013 - TAIYO YUDEN CO., LTD. announced the commercial release of the 150μF-capacitance EIA 1206 size AMK316BBJ157ML (3.2 x 1.6 x 1.6mm) as an addition to its super high-end product group of high-capacity multilayer ceramic capacitors (over 100μF). This product is used to smooth the output and ensure the stable operation in power supplies used in various devices. The applications for these power supplies include industrial equipment such as surveillance cameras and broadcast equipment, as well as information-related devices like PCs and servers, and all-in-one printers. TAIYO YUDEN has previously released EIA 1206 size high-capacity multilayer ceramic capacitors commercially with a capacitance of 100μF and 220μF. The addition of the 150μF will allow us to meet increasingly diverse demand in the markets we serve.
Production will be commenced at the company’s Tamamura plant in Gunma Prefecture from April 2013 onward at a production rate of 1 million units per month. The sample price is 80 yen per unit.

Technology Background
Due to increasing digitalization the number of ICs has increased in many devices. This has brought about an increase in the number of power supply circuits in these devices. Power supply circuits use combinations of high capacitance-capacitors to smooth the output and ensure the stable operation of a device. As a result, there is an increasing need for capacitors to be available in a greater variety of capacitances.
Multilayer ceramic capacitors have a low ESR and superior frequency characteristics as compared to tantalum or aluminum electrolytic capacitors and are effective as smoothing capacitors for controlling the ripple current in increasingly high-frequency power circuits.
Since TAIYO YUDEN’s commercialization of the nickel-electrode high-capacity multilayer ceramic capacitors in 1984, we have progressed towards increased miniaturization and capacitance. This is accomplished from our technical advancements in materials, multilayer technology, and other areas. This time, we have aimed to meet the diversifying needs of customers by expanding the E6 series to include a high-capacity multilayer ceramic capacitor with a capacitance greater than 100μF.
TAIYO YUDEN will continue to make further additions to our line-up of super
high-end, high-capacity multilayer ceramic capacitor products with a capacitance in excess of 100μF, and we intend to develop their capacity up to 1000μF.

■Main applications
For power smoothing in a variety of devices including industrial equipment such as surveillance cameras and broadcasting equipment, as well as PCs, servers, all-in-one printers, and other information-related devices.

Website Promotion

Website Promotion
Homepage
The publisher indicated in each case (see company info by clicking on image/title or company info in the right-hand column) is solely responsible for the stories above, the event or job offer shown and for the image and audio material displayed. As a rule, the publisher is also the author of the texts and the attached image, audio and information material. The use of information published here is generally free of charge for personal information and editorial processing. Please clarify any copyright issues with the stated publisher before further use. In case of publication, please send a specimen copy to service@pressebox.de.
Important note:

Systematic data storage as well as the use of even parts of this database are only permitted with the written consent of unn | UNITED NEWS NETWORK GmbH.

unn | UNITED NEWS NETWORK GmbH 2002–2024, All rights reserved

The publisher indicated in each case (see company info by clicking on image/title or company info in the right-hand column) is solely responsible for the stories above, the event or job offer shown and for the image and audio material displayed. As a rule, the publisher is also the author of the texts and the attached image, audio and information material. The use of information published here is generally free of charge for personal information and editorial processing. Please clarify any copyright issues with the stated publisher before further use. In case of publication, please send a specimen copy to service@pressebox.de.