Product Characteristics:
● Ultra-miniaturization and ultra-large capacity technology: Adopting unique nano-scale dielectric material (X7R/C0G) and ultra-precise lamination process, it realizes the full package coverage from the world's smallest 008004 (0.25mm×0.125mm) to the large-sized 2225 (5.7mm×6.4mm), with capacity ranging from 0.1pF to 100μF and voltage level from 2.5V to 3kV, and the capacity density is increased by 40% compared with that of competing products under the 01005 package.40% higher capacity density than competitors in 01005 package, suitable for AR/VR glasses, miniature medical implantable devices and other ultra-compact designs;
● Superior stability in extreme environments: It supports wide temperature range from -55℃ to +150℃ (automotive X8G series withstands temperatures up to +150℃), with a tolerance drift rate of <±8% (C0G@-55℃~+125℃), and passes 3,000 temperature cycles (-65℃↔+150℃) and 1,000 hours of dual-85 (85℃/85%RH) tests to meet the needs of Mars rovers, deep-sea sensors, and other extreme working conditions;
● High frequency ultra-low loss and transient response: Through three-dimensional electrode design and dielectric layer gradient distribution technology, ESR is as low as 1mΩ (@100kHz), and the self-resonant frequency (SRF) breaks through 15GHz, which can carry ultra-high ripple current of 2A@1MHz, and is suitable for ultra-high-frequency applications, such as 6G terahertz communication and power network for quantum computing chips;
● Anti-mechanical shock and high reliability design: Adopting flexible inner electrode and stress buffer structure, it has passed 80G mechanical shock and 25G random vibration test with failure rate <0.03 FIT (in line with MIL-PRF-55681 military standard), and is applied in ultra-high vibration scenarios such as fighter aircraft avionics system and high-speed rail traction inverter;
● High Voltage and Automotive Solutions: The 3kV high-voltage series has passed AEC-Q200 Grade 0 certification, with pulse withstanding voltage up to 10kV/μs and insulation resistance >1TΩ, applicable to EV fast charging piles and hydrogen fuel cell stack control modules; the automotive GCM series has passed ISO 26262 Functional Safety certification and supports ASIL-D level redundant power supply design for automated driving systems;
● Global standards and full ecological compatibility: The company is RoHS 2.0, IEC 60384-14 and JIS C 5102 compliant, and offers patented models with ultra-low ESL (<0.2nH) and FlexiTerm™, which can be used as replacements for Tantalum, Aluminum Electrolytic Capacitors and Film Capacitors in a wide range of applications, from Consumer Electronics, to Industry 4.0, to Space Exploration.
Typical Applications:
- Millimeter-wave beamforming module for 6G communication base stations
- Power Filtering for Autonomous Driving LiDAR Sensors
- Industrial Digital Twins High Speed Signal Isolation
- Satellite on-board computer decoupling network
Technical standards:
IEC 60384-14:2023 | AEC-Q200 Rev-E | Murata Internal Specification MUR-MLCC-TECH2025