To assist driver’s safety and convenience, ADAS(Advanced Driver Assistance System) technology continues to evolve with improvement of the performance of ADAS SoCs (System on Chips).
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:
In this Technical Article, we introduce you to the first solution: compact, high-capacitance MLCCs.
First Solution: Compact High-Capacitance MLCCs
With the development of the ADAS technology, SoC performance is expected to increase by about 10 times, and power consumption at Level 3 is projected to rise more than sixfold. To ensure the stable operation of ADAS SoCs, there is a growing demand for high-capacitance MLCCs and compact-sized MLCCs that can be implemented 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.
CL21Z226MQYVPN#, CL31Z476MQKVPN# 제품의 Size(inch/mm), Rated Voltage, TCC, Capacitance, Part Number의 정보를 제공합니다.Size (inch/mm) | Rated Voltage | TCC | Capacitance | Part Number |
|---|
| 0805/2012 | 6.3Vdc | X7T | 22㎌ | CL21Z226MQYVPN# |
1206/3216 | 6.3Vdc | X7T | 47㎌ | CL31Z476MQKVPN# |
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Second Solution : Low ESL MLCC will soon be available on Samsung Electro-Mechanics’ Technical Article.