Multilayer Ceramic Chip Capacitors

Product Overview for Automotive Series

We have prepared narrated a presentation about TDK's automotive series MLCC for busy engineers to understand product features and quality in short time.

Presentation features and advantages, and applications
Automotive Grade / CGA Series General (Up to 50V)
ADAS ECU Power Supply Circuit Applications Vol.1

Here, we will use the example of ADAS (Advanced Driver Assistance Systems) to describe the excellent characteristics and high reliability of the CGA series of capacitors with a rated voltage of 50V or less.
In volume 1, we will describe high capacitance capacitors used for decoupling.
Automotive Grade / CGA Series General (Up to 50V)
ADAS ECU Power Supply Circuit Applications Vol.2

In volume 2, we will describe high capacitance capacitors used for smoothing.
Automotive Grade / CGA Series Mid Voltage (100 to 630V)
xEV Higher Withstand Voltage Applications

Here, we will describe the excellent characteristics and wide product range of our automotive grade / CGA series capacitors with mid-level rated voltages (rated voltages from DC 100V to 630V), and applications for which they can be used.
Automotive Grade / CGA Series High Voltage (1,000V and over)
xEV Wireless Charger Resonant Circuit Applications

Here, we use the example of wireless charging for electric vehicles to describe the excellent characteristics and wide product range of the automotive grade CGA series of high voltage capacitors with a rated voltage of 1,000V or more.
Automotive Grade / CGA Series Soft Termination
Same Footprint with Crack Countermeasures

Here, we will describe the terminal electrode structure of automotive grade soft termination products and their excellent characteristics, and present applications where they can be used.
Serial Design / CEU Series
Special Short Preventing Structure in case of Cracking

Here, we will describe the internal structure and excellent characteristics of the serial design CEU series and present applications where they can be used.