9322 Quadruple 2-Line-to-1-Line Data Selector / Multiplexer 393 Schottky TTL High-Speed TTL Low-Power Schottky TTL Standard TTL Low-Power TTL | . Package . Package . Package . Package . Package Device T Device T Ds T Le) Type f= D T 4 vice TyP8 eT pl MicH ove TYP TET] mice] OOM? TYPS Ty pl Mice Ce? TYP TC] pice] Ow? *Y Tc] Bl ace ! $N39322 J4 i Tt. 5N29322 Watwal TOT FM9322 ial _ [ow Fe FAIRCHILD : 09322 Loeleg DG PO Faq 1 } . MOTOROLAI- i me | roy DM9322 we N. S.C. - tH DM8322 wa, f PHILIPS FJH391 /9322 al SIGNETICS t r copepod SIEMENS [- |, _ Ce | i t FUJITSU F- | -f HITACHI f-- a MITSUBISHIF- ; s NEC - P 4 meee TOSHIBA |- | -p+-t.4J | Electrical Characteristics SN39322/SN29322* . Function Table absolute maximum ratings over operating free-air temperature range 9322 Supply voltage, Voc _ 7V_| Operating free-air [SN39322[ 55C to 125C | INPUTS OUTPUT a - aN = s Input . volt age 5.5V temperature range [Snes3zq OC to 70C STROBE SELECT AB Y Storage temperature range 65C to 150C H x XX! L , : i L Lo oJLX ok recommended operating conditions L L HX H , [___SN39322 SNZ9322 L H XL L MIN NOM MAX] MIN NOM MAX tL [oH XH H Supply voltage, Voc 45 5 5.5] 475 5 5.25] V ~ _ High-level output current, loH 800 = p00] BA H = high level, L=low level, X = irrelevant Low-level output current, IO. 16 16| mA Operating free-air temper ature, Ta 55 125 0 75) C electrical characteristics over recommended operating free-air temperature range (a) (7) (3) (12) PARAMETER * TEST CONDITIONS t MIN TYP4 Max (uNrT Functional Block Diagram Vin High-level input voltage 2 | v iw 2 Vit Low-level input voltage 08, Vv VI Input clamp voltage Voc=MIN, = 1l2mA ~Ls5l Vv 18 (3) Voc=MIN, = VIH=2V, 4 You High-level output voltage Vi =0. 8V, loH= 8008 24 34 v a Voc=MIN, Vin=2V, ley tput vol . . VoL __ Low-level output voltage VIL =<0. 8V, {ol =16mA a2 04) Vv e Input current at maximum 2B ] hy Voc=MAX, Vi =5.5V I] mA input voltage an 1M High-level input current Vog=MAX, Vj=2. 4V 40] uA 3a ae Low- jevel input current Voo=MAX, V)=0. 4V 1.6)mA& 38 (0) SN? el 55 ] los Short-circuit output curreni*| Vog=MAX aaa a 5 mA 1a) ioc Supply current VoCG=MAX, See Note 30. 48{ mA 4a t y 14 q PLH | from Data Voco=5V, Ta= 25C, ns ap PHL CL=I5pF 3s ay 1 teu | anno, i320 SELECT Do +> q PHL from Strobe Ry_ =400Q 4 31 "8 i }_-PLH T om Select 8 23 ns STROBE 98 __j>>~ PHL 1827 Pin Assignment (Top View) INPUTS OUTPUT _ineuTs_ OUTPUT r Peet ol Fal fos] oa) re SELECTOR. MULTIPLEXER 15 a fielf Lia] fa) fia rol fo. Positive logic: Ae KN Low logic tevelat S selects 4 inputs, -s ay High logic level atS selects B_ inputs, TA 1B VY 2A 8 2Y 1 2 3a 5li6 7 8 NOTE: SELECT 1A. 18 3Y 2A 2B 2Y GND ig gis measured with 4.SV applied to all inputs and all INPUTS OUTPUT INPUTS OUTPUT outputs open, 2v ay 2-LINE-TO-1-LINE DATA For new designs, SN54157/SN74157 are recommended, f For conditions shown as MIN or MAX, use the appropriate value specified recommended operating conditions for the applicable device type, TAll typical values are at VoG>=5V.T 4 =25C. @Not more than one output should be shorted at a time, % TPLH =Propagation delay time, low-to- high-level output tPHL. =propagation delay time, high-to-low-|evel output