By G. W. A. Dummer, J. Mackenzie Robertson
Anglo-American Microelectronics information 1968-69, quantity : brands R-Z provides details at the positive aspects of the layout, building and alertness of microelectronic units. The ebook discusses the positive factors of the layout, building and alertness of radiation built-in circuits; Raytheon built-in circuits; RCA built-in circuits; and Signetics built-in circuits. The textual content additionally describes the positive aspects of the layout, development and alertness of Siliconix built-in circuits; Sperry built-in circuits; Sprague built-in circuits; and STC thick movie circuits. The beneficial properties of the layout, development and alertness of Stewart-Warner micro circuits; Sylvania built-in circuits; Texas tools semiconductor networks; and transitron built-in circuits also are encompassed. The ebook additional tackles the gains of the layout, development and alertness of Varo hybrid movie built-in circuits; Welwyn thick movie and skinny movie resistor networks; Westinghouse built-in circuits; and Zeltex hybrid built-in circuits. Designers, purchasers, and clients of microelectronic units will locate the ebook precious.
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Additional resources for Anglo–American Microelectronics Data 1968–69. Manufacturers R–Z
ABSOLUTE MAXIMUM RATINGS Forward Current: 100 mA Derating Above 25°C: Surge Current (100 M sec. max): 200 mA Operating Temp, (ambient): — 55 to +125°C Total Ckt. Dissipation (still air): 450 mW Storage Temp, (ambient): - 6 5 to +150°C Maximum ratings ara limiting valuai abova which parmanant circuit damaga may occur. 1604 3 mW/°C RM-14 RADIATION (Contd) INTEGRATED CIRCUITS ELECTRICAL CHARACTERISTICS TYPICAL PERFORMANCE CHARACTERISTICS 1605 Continued RADIATION R M - 1 7 / R M - 1 9 DIODE MATRICES (8 x 5) Radiation's monolithic diode matrices consist of arrays of passivated silicon diodes fabricated in DIELECTRICALLY ISOLATED moats.
A1 Visual and mechanical Per MIL-STD-750. 10 4 1 inspection Method 2071 A2 + 2 5 ° C DC parameters Note 2 A3 + 25°C DC parameters Note 2 10 A4 + 125°C DC parameters Note 2 15 A5 - 5 5 ° C DC parameters Note 2 15 A6 -f- 25°C AC parameters Note 3 10 SUBGROUP 1 | 10 TABLE I I I - G R O U P B ENVIRONMENTAL TESTS SUBGROUP TEST SPECIFIC CONDITIONS LIMITS MIL-STD-750 METHOD LTPO SYMBOL 1 B1 Physical Dimensions See TO-84 Outline B2 MAX. MIN. UNIT 2066 MAX. ACCEPT NO. 1 End Points (Failure Criteria) B3 "0" Output Voltage Note 1.
Y. axis Temperature Cycling: 1/2 hour min. @ 4-150°C (3 Cycles) ELECTRICAL TESTS: @ + 25°C 1/2 hour min. @ - 5 min max. 65°C TABLE II - GROUP A, TYPE ACCEPTANCE TESTS SUBGROUP TEST A1 I I M A X . ACCEPTANCE 1 NO. J CONDITIONS LTPD Visual and mechanical Per MIL-STD-750. 1 Temperature Cycle -65°Cto150°C 1 MAX. ACCEPT NO. LIMITS MAX. MIN. 1 1500G. 5 msec, 5 blows each in X ] , Y ] , Z i axis ' Vibration Fatigue 20G, 2046 60 cps, 32 hrs. each in X j . Y ] , and Z] axis I Vibration Variable 20G. Frequency 100 cps, 4 cycles each 2056 100 to 2000 to in X i .
Anglo–American Microelectronics Data 1968–69. Manufacturers R–Z by G. W. A. Dummer, J. Mackenzie Robertson