Adhesives Technology for Electronic Applications: Materials, by James J. Licari

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By James J. Licari

Adhesives are well-known within the manufacture and meeting of digital circuits and items. in most cases, electronics layout engineers and production engineers aren't good versed in adhesives, whereas adhesion chemists have a restricted wisdom of electronics. This ebook bridges those wisdom gaps and comes in handy to either teams.

The publication comprises chapters masking sorts of adhesive, the chemistry on which they're established, and their houses, purposes, approaches, requisites, and reliability. insurance of toxicity, environmental affects and the regulatory framework make this publication really very important for engineers and bosses alike.

The 3rd variation has been up to date all through and comprises new sections on nanomaterials, environmental affects and new environmentally pleasant ‘green’ adhesives. information regarding laws and compliance has been introduced totally up-to-date.

As good as supplying complete insurance of ordinary adhesive kinds, Licari explores the latest advancements in fields such as:

• Tamper-proof adhesives for digital defense devices.

• Bio-compatible adhesives for implantable scientific devices.

• Electrically conductive adhesives to interchange poisonous tin-lead solders in published circuit meeting - as required by way of regulatory regimes, e.g. the EU’s restrict of harmful ingredients Directive or RoHS (compliance is needed for all items put on the eu market).

• Nano-fillers in adhesives, used to extend the thermal conductivity of present adhesives for cooling digital devices.

  • A entire advisor for the electronics to adhesive varieties, their homes and purposes - this ebook is a vital reference for a variety of experts together with electric engineers, adhesion chemists and different engineering professionals.
  • Provides standards of adhesives for specific makes use of and descriptions the tactics for program and curing - insurance that's of specific gain to layout engineers, who're charged with developing the interface among the adhesive fabric and the microelectronic device.
  • Discusses the respective benefits and barriers of alternative adhesives for a various functions, thereby addressing reliability concerns ahead of they happen and supplying invaluable details to either layout engineers and caliber coverage personnel.

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Extra info for Adhesives Technology for Electronic Applications: Materials, Processing, Reliability

Sample text

28 However, a high filler concentration, although undesirable for capillary flow, is important in reducing the coefficient of thermal expansion (CTE) of the cured material. Thus, a tradeoff is required between a low CTE and high capillary flow by managing the type and amount of filler. The particle sizes of fillers also affect the ability to underfill parts effectively. As a rule, the gap height should be twice the size of the filler particles. 23,29 In practice, even for highly filled formulations, the viscosity can be lowered during the dispensing operation by heating the material or the substrate.

Nov. 1999. 26. D, Portable CSV, Adv Packaging (May 1998). 27. Baliga J. High-density packaging: the next interconnect challenge. Semicond Int. Feb. 2000:91-94. 28. Karnezas M. Advantages of system on a package and system on a chip. Electronics and Production Packaging. Jul. 2001. 29. Francis D, Jardine L. Lead-on-chip package extends the use of wire bonding and leadframe technology. Chip Scale Rev. /Aug. 1999. 30. Chien D, Hellmold S, Yee M, Kilbuck K. Stacked multichip CSP standards: a push forward.

Additionally, prepackaged devices such as plastic-molded ICs may be assembled alongside the unpackaged chips. 17 Cross-section of a hybrid circuit showing IC and capacitor attachments. Introduction 21 and hermetically sealed in an inert ambient. Packages may be gold-plated or nickelplated KovarÒ with glass-sealed leads emanating either laterally from the sidewalls or vertically as pins from the base. 9 Thin-film hybrid microcircuits may be assembled on ceramic substrates such as alumina or beryllia where interconnect conductor lines and bonding pads have been produced by vapor depositing or sputtering thin films of metals, then etching the patterns using standard photolithography processes.

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