MLCC DIELECTRIC LAB BaTiO₃ ELECTROSTATICS

Micro-Section Physical Stack View Zoom: 15,000x
Nickel Electrode
BaTiO₃ Dielectric
Stress Field
Drag canvas to inspect internal grain alignment & electrode offset
Live Electrostatic Performance NORMAL STRESS
Effective Capacitance
10.42 µF
Nominal: 12.80 µF
Breakdown Field
0.78 MV/cm
Max Limit: 1.50 MV/cm
Equivalent Resistance
1.85 mΩ
ESL ~0.35 nH
Max Ripple Current
4.25 A rms
@ 100 kHz
Applied DC Bias Voltage 3.15 V
Operating Temp (°C) 25 °C
Frequency Impedance Spectrum |Z| (10kHz - 100MHz)
Dielectric Micro-Structure & Physical Layer Stacking Controls
Layer Count (N) 650
Dielectric Sheet Thickness (d) 0.80 µm
Active Overlap Area (A) 1.25 mm²
Barium Titanate Dielectric Constant (εr) 3200
Electrode Alignment Offset 1.2 %
Material Purity (BaTiO₃ Powder) 99.8 %
Upstream Barium Titanate Supply-Chain & Value Breakdown Est. Unit Cost: $0.0142

Map of raw chemical inputs (Barium Titanate, Nickel powder, Rare-earth dopants like Yttrium/Dysprosium) vs precise slurry tape-casting equipment overhead and high-temperature co-firing yields (Murata, Taiyo Yuden, Kyocera benchmarking).

Upstream Raw Powder (BaTiO₃ + Rare-Earth Additives) $0.0054 (38%)
Internal Electrode Nickel Paste & Silver/Copper Terminations $0.0038 (27%)
Precision Slurry Coating, Stacking & High-Temp Sintering Overhead $0.0032 (22%)
Yield Loss & Testing Reliability Margin (Purity Dependent) $0.0018 (13%)
CANONICAL SYSTEM PROOF & SPEC SHEET
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