SC18_1999_CHAPTER_5

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Specifications	SC18_1999_CHAPTER_5_2.copy
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CHAPTER 5 THERMAL CONSIDERATIONS page Introduction5 - 2 Part one: Thermal properties5 - 2 Part two: Worked examples5 - 7 Part

Specifications	SC18_1999_CHAPTER_5_2.copy
Outline	CHAPTER 5 Thermal considerations introduction part one: thermal properties The power dissipation limit Continuous power dissipation (1) Fig.1 Heat transport in a transistor with power dissipation constant with respect to time. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) Fig.2 Maximum DC power dissipation in a transistor as a function of the mounting-base temperature. (3) (4) Example Pulse power operation Short pulse duration (Fig.10a) Long pulse duration (Fig.10b) Single-short pulse (Fig.10c) part two: worked examples Calculating junction temperatures Periodic rectangular pulse Single shot rectangular pulse Composite rectangular pulse Calculation for time tx Table 1 Composite pulse parameters for time tx Calculation for time ty Conclusion to part three
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Content	CHAPTER 5 THERMAL CONSIDERATIONS page Introduction5 - 2 Part one: Thermal properties5 - 2 Part two: Worked examples5 - 7 Part three: Heat dissipation5 - 15
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Following Datasheets	SC26C92 (31 pages) SC28C94 (39 pages) SC28L194 (52 pages) SC28L198 (57 pages) SC28L92 (73 pages) SC5A_021115_obsolete (2 pages) SC68C752B (48 pages) SC70-5-1 (3 pages) SC70-6_Footprint (1 pages) SC70-6-1 (3 pages)
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SC18_1999_CHAPTER_5_2.copy

SC18_1999_CHAPTER_5_2.copy