D4072B Search Results

ic CD4071

Abstract: cd4071b D4071BC
Contextual Info: ^ Tex a s In s t r u m e n t s C D 4071B , C D4072B , C D 4075B Types Data sheet acquired from Harris Semiconductor SCHS056 CMOS OR Gates F ea tures: VD0 High-Voltage Types 20-Volt Rating • Medium-Speed O peration-tpL |_|, tp H L = 60 ns jty p .) at V DD = 10 V

D4071B

Abstract: r778 CMOS OR GATES D4071BC
Contextual Info: ^ Tex a s In s t r u m e n t s C D 4071B , C D4072B , C D 4075B Types Data sheet acquired from Harris S em iconductor S C H S 056 CMOS OR Gates Features: • Medium-Speed Operation-tp^, tpHL = 60 ns at V DD = 10 v ■ 100% tested for qijiescent current at 20 V

Contextual Info: SI H A R R IS S E M I C O N D U C T O R CD4071BMS, D4072BMS CD4075BMS CMOS OR Gate December 1992 Pinout Features CD4071BMS TOP VIEW • H igh-Voltage Types 20V Rating • CD4071BMS Q uad 2-Input O R Gate • C D4072BM S Dual 4-Input O R G ate • C D4075BM S Triple 3-Input O R G ate

TC4013BP equivalent

Abstract: D4066BC SCL4160BE SCL4081BE SCL4017BE CF4017BE scl4584be cd4013be equivalent CD4069BE CD4049CN
Contextual Info: Cross-Reference Guide T h is guide provides a quick reference to a wide variety of industry C M O S logic integrated circuits that can be replaced by R C A types. The R C A types listed as replacements are electrically and m echanically equivalent to the corre sp on d ing industry types and can be used as direct replacements in m ost

D4515

Abstract: d4518bc 74c920 74C929 4031B JRC 4069UBF D4518 74ls247 fairchild linear integrated circuits 74c14
Contextual Info: o #1 ’ FAIRCHILD 4 6 4 Ellis S tre e t, M o u n ta in V ie w , C a lifo rn ia 9 4 0 4 2 ‘ 1977 F a irch ild C am era and In stru m e n t C o rp o ra tio n /4 6 4 E llis S treet. M o u n ta in View. C a lifo rn ia 94042 / 4 15 9 6 2-5 0 1 1/TW X 910-3

Contextual Info: Data sheet acquired from Harris Semiconductor SCHS056D – Revised August 2003 CD4071B D4072B CD4075B Quad 2-Input Dual 4-Input Triple 3-Input OR OR OR Gate Gate Gate H CD4071B, D4072B, and CD4075B OR gates provide the system designer with direct implementation of the positive-logic OR