5. Product Differentiators
✓Patented CaZO3 High-Temperature Dielectric
✓High Temperature-High Reliability Thin-Layer Technology
✓RoHS-Pb-Free Offering
✓Sn, Au, and Sn/Pb termination Options
✓SMD, Leaded, and Stacked Form Factors
6. Trend in BME MLCC Technology:
Dielectric Thickness and Layers Count Progression
7. Product Grades and Ratings
High Temperature Rated
• Design Control
• Change Control
• Process Change
Notification
• Automated Visual
Inspection
• EOL Lot Testing
• Robust Conservative Design
• Design Control
• Change Control
• Process Change Notification
• EOL Lot Testing
• 100% Voltage Conditioning & PDA
• 100% C-SAM
• 100% Visual Inspection per MIL-
STD-123
125°C or 150°C
125°C max
175°C or 200°C, 260°C
9. Reliable Performance up to 200ºC
Superior Performance over X7R Dielectric Technology
DC Voltage Ratings of 500 – 2,000V
EIA 0805 – 4540 Case Sizes
Patented C0G Dielectric Technology
Voltage and Temperature Stable
Capacitance up to 150nF
Large Case 2824 - 4540
High Voltage / High Temperature
200ºC HV C0G SMD MLCC
11. +200°C operating temperature range
Flash, Thin & Thick Gold Options
Soldering, Epoxy & Wire Bonding Applications
Ordering Option E = Flash Gold / 1.97-11.8µin
Ordering Option F = Thin Gold / 30 - 50µin
Ordering Option G = Thick (Standard) Gold / 100µin min.
Eliminates Tin-Whisker Susceptibility
High Temperature Termination Finishes
200°C Capable / Gold (Au)
Gold Terms
3 Thicknesses
Available
12. COG Dielectric
-40°C to +200°C operating temperature range
Case Codes 3, 4 and 5
DC Rated Voltage 50 – 2000V
Capacitance offerings from 4.7 nF up to 2.0 uF
tolerances ±5%, ±10%
No piezoelectric noise
Extremely low ESR and ESL
High thermal stability & High ripple current capability
Non-polar device, 100% silver plated lead finish
Robust mechanical design
Vibration resistant
Patent pending lead frame technology
Excellent reliability for thermal cycling and thermal shock
KPS MCC 200ºC Stacked Solution
Newly Released!Patent Pending: US2015/0114697A1
Robust Against Temp Cycling