Abstract
TAPE Ball Grid Array (TBGA) packages are a family of electronic chip carriers that utilize circuitized flex (tape) as the die carrier mounted to a printed circuit card or board. Previously this family of packages has been referred to by several designations, among them: Area Array Tape Automated Bonding (ATAB) [1], Tape Ball Grid Array (TBGA) [2], fleXBGA1 [3], Wire Bond TBGA (WB TBGA) [4], Signetics TBGA (S-TBGA) [5], Flex TBGA (FTBGA) [6], Star BGA [7]. TBGA is by far the most popular acronym utilized for this family of packages and adopted by the Joint Electronic Device Engineering Council of the Electronic Industry Association (JEDEC) for its standard package outlines [8]. Since the chip carrier is circuitized flex, it has been suggested that these packages more appropriately be referred to as Flex BGAs (FBGA) [9]. Since the standards refer to this package family as TBGAs, the terminology is adopted for this chapter.
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References
F. Andros and R. Hammer, “Area Array TAB Technology,” ITAP ‘83 Proceedings (San Jose, CA), Feb. 1993.
F. Andros and R. Hammer, “TBGA Package Technology,” IEEE Transactions on Components, Hybrids, and Manufacturing Technology—Part B, 17(4): pp. 564–568, Nov. 1994.
R. Darveaux, “fleXBGA—A New IC Package Utilizing a Flex Circuit Substrate,” Proceedings of Flexcon ‘86, pp. 172–177, Oct. 23, 1996.
M Electronics Products Division, Flex Circuit Reduces Cost with Easy Integration into Manufacturing Infrastructure, Press Release (Austin, TX), Aug. 8,1997.
M. Karnezos, “High Performance Tape Ball Grid Array,” Flexible Circuitry International, pp. 10–11, Jan./Feb. 1998.
M. Karnezos, M. Goetz, E Dong, A. Ciaschi and N. Chidambaram, “Flex Tape Ball Grid Array,” Proc. 46th Electronic Components and Technology Conference (Orlando, FL), pp. 1271–1276, May 1996.
K. Wachtler, “BGA Product Drivers and Technical Solution Strategy,” International Flip Chip, Ball Grid Array, TAB and Advanced Packaging Symposium (Sunnyvale, CA), Feb. 14,1996.
JEDEC Standard JESD-30, “Tape Ball Grid 25. Array Family,” MO-149, Jan. 1998.
K. Gilleo, “Flex-Based Packaging,” Flexible Circuits Engineering, pp. 9–12, Apr./May 1997.
Amkor Technology, “Flex BGA Data Sheet:”http://www.amkor.com, Jan. 1999.
E. J. Vardaman, “What’s Driving Growth in Flex-Based IC Packages?” Flexible Circuitry and Electronic Packaging Technology, pp. 21–22, Jan./Feb. 1999. 27.
J. Fjelstad, “Flexible Circuits as an IC Packaging Medium,” Flexible Circuitry International, pp. 8, 29–30, May/June 1998.
S. Berry, “High Density IC Packaging Substrate Market,” HDI, 1(3): pp. 12–13, July 28. 1998.
“The Electronics Industry Report, 1997–1998,” Prismark Partners Ltd., Sept. 1997.
S. Berry, “Reaching HDI Comfort Levels,” HDI, 1(1): pp. 14–16, May 1998.
Personal communication with C. Kroger and E. J. Vardaman, Tech Search International, Inc., Dec. 1999.
J. Fjelstad, An Engineers Guide to Flexible Circuit Technology, Port Erin, Isle of Man, British Isles: Electrochemical Publications Ltd., 1997, pp. 100–123.
“3M Specifications and Design GuidelinesMicroflex Circuits for IC Interconnect Solutions,” 3M Electronics Products Division, Austin, TX, 1997.
M Electronics Products Division, 3M Microflex TBGA Design Guide Addendum (Austin, TX), 1997.
IBM Microelectronics, “Tape Ball Grid Array (TBGA) Product Specifications,” http://www.chips.ibm.com/products/interconnect/documents/sc/tbga.htm, Aug. 1998.
Sheldahl Micro Products Design Guide, “ViathinTM Product Characteristics,”http://www.sheldahl.com/mpdg/mpdg6.htm, Aug. 1998.
T. H. Stearns, Flexible Printed Circuitry, New York: McGraw Hill, 1995, pp. 86–100.
IBM Microelectronics, Precision Flex Operations, Marketing presentation, Endicott, NY, 1994.
C. Ernsberger, “High Density Multilayer Interconnect Based on Adhesiveless Flex Circuits,” Proc. of Flexcon ‘84, pp. 125–135, 1994.
R. D. Schueller, “Design Considerations for a Reliable Low Cost Tape Ball Grid Array Package,” Proc. of the 1995 International Electronics Packaging Conf. (San Diego, CA), pp. 595–607, Sept. 1995.
A. Domadia and D. Mendoza, “TBGA Bond Process for Ground and Power Plane Connections,” Proc. 46th Electronic Components and Technology Conference (Orlando, FL), pp. 707–711, May 1996.
J. Ewanich, M. Kobayashi and N. Izawa, “TBGA Design Improvements,” Proc. IPC/SMTA Ball Grid Array National Symposium (Bedford, MA), pp. 21–24, June 1997.
ASM International, Metals Handbook, Ninth Edition, Vol. 3, Properties and Selection: Stainless Steels, Tool Materials and Special Purpose Metals, Materials Park, OH: ASM International Press, 1989, pp. 34–35.
T. Gainey, M. Stoner, and M. Auray, “Reliability Evaluations on a New Tape Ball Grid Array (TBGA),” Proc. 46th Electronic Components and Technology Conference (Orlando, FL), pp. 1217–1221, May 1996.
F. Andros, J. Bupp, M. DiPietro and R. Hammer, “Method of Making an Electronic Package with a Thermally Conductive Support Member Having a Thin Circuitized Substrate and Semiconductor Device Bonded Thereto,” U.S. Patent 5,519,936, 1996.
R. D. Schueller and A. P. Plepys, “Design of a Low Cost Wire Bond Tape Ball Grid Array (TBGA) Package,” Proc. of the 1995 Surface Mount International Conf. (San Jose, CA), pp. 261–269, Aug. 1995.
C. J. Speerschneider, R. K. Spielberger and P. G. Brusius, “Tape Automated Bonding with Controlled Collapse Chip Connections,” Proc. IEPS (San Diego, CA), pp. 1345–1353, Sept. 1989.
R. Crowley, “Laser TAB Systems: A New Technology Implementation,” Microelectronics Manufacturing Technology, Mar. 1991.
S. K. Kang, W. T. Chen, R. Hammer and F. Andros, “Chip Level Interconnect: Wafer Bumping and Inner Lead Bonding,” Chip on Board Technologies for Multichip Modules, J. H. Lau, ed.,NewYork:Van Nostrand Rein-hold,1994,pp.186–223.
M. Bernier, “An Overview of TBGA Bond and Assembly Operations,” Proc. ‘85 Flip Chip, BGA,TAB and Advanced Packaging Symposium (San Jose, CA), pp. 65–67, Feb. 1995.
G. Derman, “Interconnects and Packaging,” Electronic Engineering Times, pp. 45, 60, Feb. 28,1994.
K. Tatsumi, T. Ando, Y. Ohno, M. Konda, Y. Kawakami, N. Ohikata and T. Maryuama, “Transferred Ball Bump Technology for Tape Carrier Packages,” Proc. International Symposium on Microelectronics (Boston, MA), pp. 54–59, Nov. 1994.
E. N. Larson and M. J. Brock, “Development of a Single Point Gold Bump Process for TAB Applications,” Proc. ICEMCM 93, pp. 391–397,1993.
C. J. Speerschneider and J. M. Lee, “Solder Bump Reflow Tape Automated Bonding,” Proc. 2nd ASM International Electronic Materials and Process Congress (Philadelphia, PA), pp. 7–12, Apr. 1989.
S. Anderson, “Solder Attach Tape Technology (SATT) Inner Lead Bonding Process Development,” Proc. 4th International TAB Symposium (San Jose, CA), pp. 158–172, Feb. 1992.
S. H. K. Lee, E. Law, M. Papageorge and J. Wu, “Ball Detachment Evaluation for Tape Ball Grid Array Packages,” Proc. SMI ‘88 (San Jose, CA), pp. 46–53, Aug. 1998.
D. Frear, S. Burchett, H. Morgan and J. Lau, The Mechanics of Solder Alloy Interconnects, New York: Van Nostrand Reinhold, 1994, pp. 60–63.
H. Shaukatullah and M. A. Gaynes, “Experimental Determination of the Effect of Printed Circuit Card Conductivity on the Thermal Performance of Surface Mount Electronic Packages,” Proc. 10th Annual IEEE Semiconductor Thermal Measurement and Management Symposium (San Jose, CA), pp. 44–52, Feb. 1994.
H. Shaukatullah, F. E. Andros, M. A. Gaynes and C. P. Loveland, “Thermal Characterization of Tape Ball Grid Array Packages,” Proc. International Electronics Packaging Conference (Austin, TX), pp. 377–395, Sept. 1996.
C.C. Huang and A. Hamyehdoost, “Area Tape Automated Bonding Ball Grid Array Technology,” Ball Grid Array Technology, J. Lau, Ed., New York: McGraw-Hill, 1995, Chapter 14.
S. B. Sathe and B. G. Sammakia, “A Numerical Study of the Thermal Performance of a Tape Ball Grid Array (TBGA) Package,” Proc. ASME 31st National Heat Transfer Conference, Vol. 7, American Society of Mechanical Engineers, Heat Transfer Divisions HTD v 329, n 7, pp. 83–93, Aug. 1996.
J. Hwang, Modern Solder Technology for Competitive Electronics Manufacturing, McGraw-Hill, New York, pp. 57–121,1996.
M. Pecht, R. Agarwal, P. McClusky, T. Dishough, S. Janadpour, R. Mahajan. Electronic Packaging Materials and Their Properties, CRC Press, Boca Raton, 1999.
M. Karnezos, “S-TBGA: A Cost Effective Alternative to Enhanced PBGAs,” Proc. Nepcon West ‘88 (Anaheim, CA), pp. 1412–1423, Mar. 1998.
M. Karnezos, “Tab Grid Array,” U.S. Patent 5397921, Mar. 1995.
J. Geissinger, “Performance and Reliability of a Wire Bond Tape Ball Grid Array Package,” Electronic Packaging Symposium (Binghamton, NY), June 1997.
T. R. Lindley, `BGA Solder Joint Reliability Study for Automotive Electronics,“ Proc. ICEMCM ‘85 (Denver, CO), pp. 126–133, 1995.
K. T. Knadle, J. S. Perkins and J. A. Potenza, “Verifying a TBGA Card Assembly Process Using Innovative Reliability Tests and DOE,” Proc. Surface Mount International (San Jose, CA), pp. 402–410, Aug. 1995.
R. Darveaux, J. Heckman and A. Mawer, “Effect of Test Board Design on the 2nd Level Reliability of a Fine Pitch BGA Package,” Proc. Surface Mount International (San Jose, CA), pp. 105–111, Aug. 1998.
R. Darveaux and A. Mawer, “Solder Joint Fatigue Life of fleXBGA Assemblies,” Proc. 48th Electronic Components and Technology Conference (Portland, OR). pp. 707–712, June 1998.
T. Thompson, A. Carrasco, A. Mawer, “Reliability Assessment of a Thin (Flex) BGA Using a Polyimide Tape Substrate,” Proc. SMTA International (San Jose, CA), pp. 195–201, Sept. 1999.
P. Virpi, T. Markku, R. Tommi, Z. Jiansen, L. Wei, “TBGA Reliability in Telecom Environment,” Proc. SMTA International (San Jose, CA), pp. 221–228, Sept. 1999.
L. Yip, T. Massingill and H. Naini, “Moisture Sensitivity Evaluation of Ball Grid Array Packages,” Proc. 46th Electronic Components and Technology Conference (Orlando, FL), pp. 829–835, May 1996.
M. Otsuka, O. Yamagata, T. Imoto, T. Takano, K. Takahashi and H. Nakayoshi, “The Evaluation of High-reliability Adhesive Film for T-BGA,” Proc. 48th Electronic Components and Technology Conference (Portland, OR), pp. 1167–1172, June 1998.
T. Ohtaka, O. Yoshioka, H. Sugimoto, T. Ohmori, S. Suzuki, “High Thermal Performance Tape BGA for Media Processor,” Proc. SMTA International (San Jose, CA), pp. 211–217, Sept. 1999.
R. C. Lasky, A. Primavera, P. Borgeson and C. Lassen, “Critical Issues in Electronic Packag-ing, Part II,” Circuits Assembly, pp. 50–54, Jan. 1996.
EIA/JEDEC Standard, EIA/JESD22–A112A, “Moisture Induced Stress Sensitivity for Plastic Surface Mount Devices,” Nov. 1995.
Joint Industry Standard, IPC/JEDEC J-STD-020, “Moisture Reflow Sensitivity Classification for Nonhermetic Solid State Surface Mount Devices,” Apr. 1999.
Joint Industry Standard, IPC/JEDEC J-STD-033, “Standard for Handling, Packing, Shipping and Use of Moisture/Reflow Sensitive Surface Mount Devices,” May 1999.
International Technology Roadmap for Semiconductors: Assembly and Packaging, 1999.
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Andros, F. (2001). Tape Ball Grid Array. In: Puttlitz, K.J., Totta, P.A. (eds) Area Array Interconnection Handbook. Springer, Boston, MA. https://doi.org/10.1007/978-1-4615-1389-6_16
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