9309 Dual4-Line-to-1-Line Data Selector /Multiplexer 385 Schottky TTL High-Speed TTL Low-Power Schottky TTL Standard TTL Low-Power TTL Package Package Package Package Package Device Type Device T: Device T: Ing] Bevice T Device T. yP |e IP IM [cr yP? (cP [M|cF yP Ic [P [MCF yP CTP [MCF yP TC TP [MCF TA $N39309 J a SN29309 IOING. { F M3303 0; FOF M3303 0) FO FAIRCHILD FC9309 Doro) [FO FCs3Lo9 Dora! Fa C9309 Lo MOTOROLA WG308 ts DM93093 JOIN way N.S.C. M8303 SON wd] PHILIPS FJH40t /9309 G SIGNTICS =e ae N9309 Fo[Bol_ [wo SIEMENS FUJITSU ious Me HITACHt 1 MITSUBISHI NEC TOSHIBA . wae . J Electrical Characteristics SN39309/SN29309 Function Table absolute maximum ratings over operating free-air temperature rang 39309 4-LINE-TO--LINE DATA Supply voltage, Voc TV _] Operating free-air [SN39309[ 55C to 125C SELECTOR/MULTIPLEXER Input voltage 5.5V | temperature range SN29309) oC to 75O INPUTS Storage temperature range 65C to 150C SELECT DATA OUTPUTS ded i iti SB A[co cr cz coly Ww recommen: opera Ing conditions L L Lx x x L H SN39303 SN29303 boul H xX x x fa L MIN NON MAX [MIN NOM MAX t HL xX LX Xft H Supply voltage, Voo 45 5 55/47 5 525] Vv LH) xX H X X TH L Higtr level output ourrent, [oH 800 800 | aA HOLY XxX KL KGL 4 Low-level output current, IoL. 16 16 [mA i x x x x t 4 Operating free-air temperature, TA 55 125 0 75 | C H Hix xX xX OH H L electrical characteristics over recommended operating free-air temperature range Select inputs A and B are common to both sections. H=high level, L_ =low level, X =irreievant PARAMETER TEST CONDITIONS ? MIN TYP? MAX [UNIT| Viti High-level input voltage Vv Vit Low-level input voltage a8] Vv . . Vi Tnpat olamp_ voltage Voo=MIN, =nitma <stVv Functional Block Diagram Voc =MiN, Vin=2v, 7 High-tevel output. vol 24 34 v @ On Ne eal Vit =0. av, foH =800nA 1c3 4 (2) Voc =MIN, Vin= 2, << iw 02 O@4)V Vot Low-level output voltage Vu =0. BV, lol =16mA a. t2 6 4 in iv input ourrent at maximum _ = h input voltage Voo=MAX, -V|=5.5V | ma 1c1 2 + ty High-level input ouwrent Voc=MAX, Vj=2. 4V 40 [uA ue Low-level input ourrent Voc =MAX, Vy=0. 4V 1.6 |mA ico 4 log _ Short-oirouit output ourrent @ | Voo =MAX 18 $5 [mA tcc Supply owrent Voc =MAX, See Note 9 35 [mA tpLH [from A or B to output 22 36 PHL Either Y 23.36 |"" 23 2 | tfon A of B 7 24 (14) Tone ome cite Voo=8V, Ta=25C, 4 ai| 2c2 110) 1 = = (15) TtPLH Heom GO, Cl, C2, or C3 CL=ISpF, RL =4000 ie el 2 tPHL to output Y 18 28 2e1 ~. 4 tPLH |from CG, Cl, C2, o C3 10 14 ns { tPHL. to output W 8.5 13 2co 12) Pin Assignment (Top View) a ET sevect HDS, Lp Vec 2 aw A zo | 2Ct 22 2c ELECT (3) @ 6 1_fa fos sLfolLfs sevect (3) Po bd tit t 9309 OUAL 4-LINE-TO-1-LINE OATA av aw a 70 2ct 2c2 SELECTOR /MULTIPLEXER 2c3 12 1a sities Ww 7 eral 160 wd 12 13 GND Positive logic; see function table oururs 8 Data INPUTS NOTE: icc is measurad with the output open and all inputs at 4. 5V. *For new designe, SN54153/SN74153 are recommended, +F or conditions shown as MN or MAX, uss the appropriate velue specified under recommended operating conditions. SAU typical values are at Voc = SV, Ta =25C. @Not more than one output shoukl be shorted at a time. a 'PL} = propagation delay time, low-to- high-level output PHL = propagation delay time, high-to-low-levet output.