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Samsung Electro-Mechanics High Capacitance MLCCs for ADAS SoCs

30.5.2025
Reading Time: 3 mins read
A A

Samsung Electro-Mechanics propose compact, high-capacitance, low ESL MLCCs ceramic capacitors for automotive ADAS (Advanced Driver Assistance System) SoCs (System on Chips).

To assist driver’s safety and convenience, ADAS technology continues to evolve with improvement of the performance of ADAS SoCs.

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The enhanced performance of SoCs leads to higher power consumption and an increase in switching frequency, which in turn requires high-capacitance and Low ESL MLCCs for stable power delivery to the SoCs.

Samsung Electro-Mechanics provides high-capacitance, Low ESL MLCCs applicable to ADAS SoCs. They are as follows: 

1 Low Frequency Decoupling 2 High Frequency Decoupling
NeedsHigh-CapacitanceLow ESL, Low Profile (Ultra-thin)
MLCCs0201 inch ~1uF
0402 inch ~ 2.2uF
0603/0805 inch ~ 22uF
1206 inch ~ 47uF
1210 inch ~ 220uF
*0402 inch ~ 10uF
*0805 inch ~ 47uF
*1206 inch ~ 100uF

*Under Development
0201 inch – 0.1uF
0402 inch – Reversed Type
*0402/0603 inch – 3-Terminal

 *Under Development
ADAS Simplified Block Diagram with Low Frequency Decoupling capacitor (1) and High Frequency Decoupling capacitor (2).

First Solution: Compact High-Capacitance MLCCs   

With the advancement of ADAS technology, the performance of SoCs is anticipated to increase by approximately 10 times, while the power consumption at Level 3 is projected to rise by more than sixfold. To ensure the stable operation of ADAS SoCs, there is an increasing demand for high-capacitance MLCCs and compact-sized MLCCs that can be integrated within limited PCB space.

Samsung Electro-Mechanics is continuously developing and supplying small, high-capacitance MLCCs for automotive electronics to meet the space-saving demands of the high-performance trend in ADAS SoCs, maintaining the same capacitance and rated voltage while reducing size. 

Size(inch/mm)Rated VoltageTCCCapacitance
0805/20126.3VdcX7T22㎌
1206/32166.3VdcX7T47㎌

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Source: Samsung Electro-Mechanics

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