08.01.2018 15:00:00
|
MagnaChip Offers Multi-Level Thick IMD Process for Capacitor with Ultra-High Breakdown Voltage
SEOUL, South Korea and SAN JOSE, Calif., Jan. 8, 2018 /PRNewswire/ -- MagnaChip Semiconductor Corporation ("MagnaChip") (NYSE: MX), a designer and manufacturer of analog and mixed-signal semiconductor platform solutions, today announced it now offers a multi-level thick IMD (Inter-Metal Dielectric) process for a capacitor with ultra-high breakdown voltage. This capacitor is useful for the digital isolation and capacitive coupling in electronic circuits.
Demand for digital isolators is growing for noise-immune electronics products commonly found in electric vehicles and in industrial, communications and healthcare applications as a substitute for conventional optocouplers. Digital isolators demonstrate superior performance and reliability and can achieve higher levels of integration at lower cost, as compared to optocouplers. Industry analyst expects the worldwide digital isolator market will reach approximately $2 billion by 2023 at a CAGR (Compound Annual Growth Rate) of six percent between 2017 and 2023.
MagnaChip's multi-level thick IMD process consists of back-end-of-line process module including IMD with a thickness from 5um to 6um per metal layer. Depending on the breakdown and capacitance requirements, the thick IMD can be stacked together up to three layers to allow the design of the metal-insulator-metal capacitor with insulator thickness in the range of 5um to 20um. This capacitor will withstand from about 4 kilo-volts to 15 kilo-volts before breakdown, which is suitable for capacitive isolation of a digital signal from ultra-high voltage noise from outside environments.
The multi-level thick IMD process module, which has already passed the reliability requirements for automotive AEC Q-100, is now integrated into MagnaChip's 0.18um BCD and Mixed Signal process technologies. The Process Design Kit is available to support on-chip integration.
YJ Kim, MagnaChip's Chief Executive Officer, commented "We are very pleased to provide a special multi-level thick IMD process for ever-growing capacitive isolation applications. This is a significant addition to our many specialty process technologies." Mr. Kim added, "We will continue to provide innovative and differentiated technologies to meet the fast-changing needs of our foundry customers."
About MagnaChip Semiconductor
MagnaChip is a designer and manufacturer of analog and mixed-signal semiconductor platform solutions for communications, IoT, consumer, industrial and automotive applications. The Company's Standard Products Group and Foundry Services Group provide a broad range of standard products and manufacturing services to customers worldwide. MagnaChip, with over 30 years of operating history, owns a portfolio of approximately 3,300 registered patents and pending applications, and has extensive engineering, design and manufacturing process expertise. For more information, please visit www.magnachip.com.
CONTACTS: | |
In the United States: | In Korea: |
Bruce Entin | Chankeun Park |
Entin Consulting | Director of Public Relations |
Tel. +1-408-625-1262 | Tel. +82-2-6903-3195 |
View original content:http://www.prnewswire.com/news-releases/magnachip-offers-multi-level-thick-imd-process-for-capacitor-with-ultra-high-breakdown-voltage-300575214.html
SOURCE MagnaChip Semiconductor Corporation
Wenn Sie mehr über das Thema Aktien erfahren wollen, finden Sie in unserem Ratgeber viele interessante Artikel dazu!
Jetzt informieren!
Nachrichten zu MagnaChip Semiconductor Corp.mehr Nachrichten
29.10.24 |
Ausblick: MagnaChip Semiconductor informiert über die jüngsten Quartalsergebnisse (finanzen.net) | |
15.10.24 |
Erste Schätzungen: MagnaChip Semiconductor informiert über die jüngsten Quartalsergebnisse (finanzen.net) | |
30.07.24 |
Ausblick: MagnaChip Semiconductor präsentiert das Zahlenwerk zum abgelaufenen Jahresviertel (finanzen.net) | |
16.07.24 |
Erste Schätzungen: MagnaChip Semiconductor verkündet Quartalsergebnis zum jüngsten Jahresviertel (finanzen.net) |