High temperature co-fired ceramic

High temperature co-fired ceramic (HTCC) is a multi-layer packaging technology for the electronics industry, used in military electronics, MEMS, microprocessor and RF applications. [1]

HTCC packages generally consist of multilayers of alumina oxide with tungsten and molymanganese metalization. The ceramic is fired at around 1600 degrees Celsius[2], which is significantly higher than a similar technology Low temperature co-fired ceramic, or LTCC. Compared to LTCC, HTCC has higher resistance conductive layers.

Advantages of HTCC includes mechanical rigidity and hermeticity, both of which are important in high-reliability and environmentally stressful applications. Another advantage is HTCC's thermal dissipation capability, which makes this a microprocessor packaging choice, especially for higher performance processors.[3]

References

  1. ^ Microwave 101 Website http://www.microwaves101.com/encyclopedia/co-firedceramics.cfm
  2. ^ HCC Industries HTCC Website http://www.hccindustries.com/products/microelectronic-packages/high-temperature-cofired-ceramics/default.asp
  3. ^ Millimeter-wave Performance of Alumina High Temperature Cofired Ceramics IC Packages, Rick Sturdivant, 2006 IMAPS Conference, San Diego, CA, http://www.mptcorp.com/downloads/articles/millimeteraluminapackages.pdf