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Advanced Ceramic Material Properties for the Electronics Industry

Advanced Ceramic Material Properties for the Electronics Industry

Advanced Ceramic Material Properties for the Electronics Industry

Product catalog summary
Overview: This document provides detailed specifications and properties of advanced ceramic materials used in the electronics industry, focusing on their applications, dimensions, tolerances, and metallization options.
Material Specifications:
  • Rubalit 708 S and 710 HP: Both have a typical Ra value of < 0.6 µm and contain > 96% Al2O3.
  • Rubalit 710: Features a Ra value of < 0.1 µm with > 99% Al2O3.
  • Alunit: Composed of AlN with a Ra value of ≤ 0.8 µm.
Standard Dimensions and Tolerances:
  • Standard dimensions range from 115.0 mm x 115.0 mm to 185.0 mm x 230.0 mm with a length and width tolerance of ± 2%.
  • Standard thicknesses vary from 0.25 mm to 1.27 mm with a thickness tolerance of ± 10%.
Material Applications:
  • 96% Alumina - Rubalit®708S: Suitable for thick- and standard thin-film applications.
  • 99% Alumina - Rubalit®710: Ideal for high-quality thin-film applications.
  • Aluminiumnitride - Alunit®: Used for high thermal power applications.
  • Alumina with Zirkonia - Rubalit®HSS: For high mechanical strength applications.
Metallization Options:
  • Basic metallization includes W, AgPd, and AgPdPt with a minimum thickness of 6 µm.
  • Metal layers such as Ni and Au are available with specific thicknesses and options for double-side metallization.
Functional Surfaces and Technology:
  • Standard ceramic materials include Al2O3 and AlN with various thicknesses available on demand.
  • Metal layer thicknesses range from 17 µm to 400 µm, with specific plating options like Ni, NiAu, and NiPdAu.
Performance and Testing:
  • Lifetime shock testing for Al2O3 and AlN shows durability over 900 cycles.
  • Solder wettability is ≥95%, ensuring reliable connections.
Additional Specifications:
  • Electrical conductivity of copper layer is specified as 0.0167 Ohm x mm²/m.
  • Application temperature ranges from -55°C to 500°C.
Notes: The values provided are standard and may vary based on specific dimensions and production processes. They are not guaranteed properties but serve as guidelines.
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Catalog excerpts

Advanced Ceramic Material Properties for the Electronics Industry-1

Electronic Applications Division Advanced Ceramic Electronics Industry

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Advanced Ceramic Material Properties for the Electronics Industry-2

Substrates Materials used for Stamping Ceramic base materials for the electronics industry We offer the full range of ceramic base materials • 96% Alumina - Rubalit®708S For thick- and standard thinfilm applications • 96% Alumina - Rubalit®HP For high thermal cycling performance Tolerances Property Standard dimensions Length and with (as red) tolerance Standard thicknesses Thickness tolerance Special thicknesses For highest quality thinfilm applications • Aluminiumnitride - Alunit® For high thermal power applications • Alumina with Zirkonia - Rubalit®HSS For high mechanical strength applications...

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Advanced Ceramic Material Properties for the Electronics Industry-3

Functional Surfaces 1D, 2D and 3D metallization Materials Structured Copper Technology Rubalit® 708, Rubalit® 708S, Rubalit® 708HP, Rubalit® HSS, Property Specifications and parameters ceramic Standard Basic Standard ceramic materials Standard usable design area Metal layer thicknesses 17 µm up to 400 µm Layout related Other thicknesses on demand on demand 2 µm to 3 µm galvanic solder coating Double side metallization Options Vias Vialling Ni on ceramic NiCu on ceramik Dielectric layer Metallization Adhesion Solder wettability Layout and material combination related „Fine Line“ 6 sides on one...

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Advanced Ceramic Material Properties for the Electronics Industry-4

3D Products Materials and surface quality Typical Ra Value as red Parameter and tolerances Standard tolerances Length and width (as red) Thickness Special tolerances Distance between holes (center distance) Overall camber (measured between parallel plates, 45°) Perpendicularity Parallelism Radii and corners 1 2 3 ± 0,5%1 quoted upon request Ϲ 0,2 mm but not less than +/- 0.1 mm but not less than +/- 0.05 mm but not less than +/- 0.076 mm Please see our data sheets for further information. Indexes and parameters for ceramic substances: In order indicated. The crystalline nature of these substances,...

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