High-Cap and High-Voltage MLCCs for AI Compute and Power Systems
High-Cap MLCCs for GPU decoupling and High-Voltage MLCCs for AI server power delivery.
YAGEO High-Cap MLCCs deliver high capacitance, low impedance, and excellent reliability for AI data center applications. They are ideal for GPU accelerators, AI servers, and networking platforms requiring superior power integrity and transient response. YAGEO High-Voltage MLCCs support emerging 800V HVDC server power architectures, enabling reliable power conversion and power distribution with high efficiency and robustness.
AI workloads are driving unprecedented power density across modern data centers. YAGEO High-Cap Class II MLCCs (X6S/X7R/X7S) deliver high capacitance, low impedance, and excellent reliability for GPU accelerators, AI servers, and networking platforms requiring superior power integrity and transient response. Their high volumetric efficiency and low ESR/ESL characteristics support decoupling, voltage stabilization, and filtering applications across AI computing and intermediate bus converter (IBC) power stages.
YAGEO High-Voltage Class I MLCCs (C0G/NP0) support emerging 800V HVDC server power architectures and high-efficiency power conversion systems. With outstanding capacitance stability, low loss, high Q, and excellent frequency characteristics, they are well suited for resonant circuits, DC-DC converters, and power distribution stages requiring high efficiency, reliability, and long-term stability.
Features
High-Cap Class II (X6S/X7R/X7S) MLCC
- High capacitance density in compact package sizes
- Low impedance across a wide frequency range
- Low ESR and low ESL characteristics
- Fast transient response capability
- Enhanced power integrity performance
- High reliability for AI computing systems
High-Voltage Class I (NPO/C0G) MLCC
- High-voltage capability for 800V HVDC power architectures
- High Q and low DF for low-loss operation
- Stable capacitance with minimal temperature drift
- Low self-heating under high ripple-current conditions
- Optimized for LLC/CLLC resonant circuits
- High reliability for mission-critical power systems
Applications
High-Cap Class II (X6S/X7R/X7S) MLCC
- GPU Accelerator Decoupling
- AI Server PDN
- Voltage Regulator Modules (VRM)
- AI Server Motherboards
- High-Speed Networking Platforms
High-Voltage Class I (NPO/C0G) MLCC
- 800V HVDC Server Power
- LLC / CLLC Resonant Circuits
- PSU Power Stages
- PDB Power Distribution
- DC-DC Power Conversion
- BBU Power Systems
Key components
High-Cap Class II (X6S/X7R/X7S) MLCC
- 0402–0805 | 2.5–25V | 2.2–47µF | GPU Decoupling & AI Server PDN
- 0805–1210 | 50–100V | 1–10µF | IBC Input/Output Filtering & Bus Conversion
High-Voltage Class I (C0G/NP0) MLCC
- 1206–1210 | 630V–1.5kV | 10–33nF | High-Q Resonant Capacitors for LLC/CLLC and 800V HVDC Server Power
Benefits
- Superior Power Integrity for AI Accelerators and Servers
- Fast Transient Response for High-Performance Computing
- Higher System Efficiency in 800V HVDC Power Architectures
- Reduces Power Loss and Ripple Heating in Resonant Circuits
- Increased System Reliability and Operational Stability
- Enabling Next-Generation AI Data Center Infrastructure
- Delivers High Reliability for Mission-Critical AI Infrastructure
