9016DC

9007 ETC1 | Alldatasheet

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A 0 " j o! v CONNECTION DIAGRAMS : | t yy a \\ 0 PINOUT A "9007 © 9012°"" v-ete©9016 © 9017 610°" TF Ha vec NAND GATES/HEX INVERTERS ome Ae el Jaa DESCRIPTION — The 9002, 9003, 9004, 9007, and 9012 are active LOW level rl pe output AND gates commonly know as NAND gates. The 9016 and 9017 are a [70] hex inverters with input and output characteristics identical to a NAND gate. a ¥ Gufs ORDERING CODE: See Section 9 GND | t 12] Se PINOUT B [2 [scoroc———_[soorow = [A [socare, sovare ——[eocarm, sovzr | oO {Bp ["o soorrc [sore = | a [-e Joorsrc. sore [oor sovem | hy gta GNo| ra] INPUT LOADING/FAN-OUT: See Section 3 for U.L. definitions Inputs 1.5/1.0 Outputs 30°/8.8 "9012 and 9017 have open-collector outputs TO PINOUT C PINOUT D PINOUT E Gy [14] Veo OG} [14] veo Gy Z [14] Voc acG] [72] Gh 73] Gl 2 a= ic, [ti] Nc {4} 13] o_¥ {17] at ia nef] 2 a. tty GND [3] GND « [3] cno[7] x [3] 5-10

DC AND AC CHARACTERISTICS OVER COMMERCIAL TEMPERATURE RANGE: Vcc = +5.0 V 15% % Output HIGH Voltage rece 47s Ve ‘OH (except 9012, 9017) ipeuts aries Voc =5.25 V, fo. = 16 mA, Von Output LOW Voltage v WS S25 lot = 14.1 mA, Inputs at Vin tia Input HIGH Current vA | VN=45V Gnd on Other Inputs Voc = 5.25 V Vin = 0.45 V, he Input LOW Current i Log ciner Inputs Vin = 0.45 V,

5.25 V on Other Inputs

\\ Output HIGH Current Voc = 4.75 V, OH 9012, 9017 VIN = Vit, Vout = 5.5 V le Power Supply [_on. | 6.1 61 6.1 Vin = Ope c Current, each gate | OFF _| 1.7 17 1.7] Vin = Gnd | = 15 pF, Fig. 4 p Propagation Delay een LH Input to Output 9012, 9017 a= 15 DF, Fig, 3-4 [| 3015 CL = 15 pF, Fig. 3-4 tri Propagation Delay eon HL Input to Output —_| 9012, 9017 30 «15 Gu = 15 pF, Fig. 4 5-11 me 9004697 0293073 74c

DC AND AC CHARACTERISITICS OVER MILITARY TEMPERATURE RANGE: Vcc = +5.0 V +10% syMBoL PARAMETER ae ee LE lore ConpiTions Guaranteed Input vw Input HIGH Voltage eof fe fv | HIGH Threshold Guaranteed Input ve Input LOW voltage | of oslo) v | LOW Threshold Veo = 4.5 V, Output HIGH Voltage = Vou (except 9012, 9017) 24 Vo | lon = -1.32 ma, Inputs at Vi Veo = 5.5 V, Vin = 5.5 V Vou Output LOW Voltage V eS 04 04 lo. = 13.6 mA, Inputs at Vin Voc = 5.5 V, is Input HIGH Current Vin =4.5V Gnd on Other Inputs Veo =5.5V

5.5 V on Other Inputs

he Input LOW Current ma | -124] 1.24 Vin = 0.4 V Output HIGH Current a | Voo =4.5, Vin = Vi lou 9012, 9017 ” Vout = 5.5 V 'o Power Supply [on _| 55 5.5] a [|Win = Open c Current, each gate 1.6 1.6| Vin = Gnd ipet Outpt Ret ta Propagation Delay [ 3.0 12 oe = 15 PF, Fig. 3-4 Input to Output 9012,9017 3.0 15) Ci = 15 pF, Fig. 3-4 WORST CASE TURN OFF DELAY WORST CASE TURN ON DELAY VERSUS VERSUS AMBIENT TEMPERATURE AMBIENT TEMPERATURE * fen “SOT eee SSSe iy : No in| qeccuetcee [EPPS ; AT 5 eee: seer ae KOOP : cae A S ree HPSSoSe Nseaadanas Nanedneee= so) Fao =o FRRSREEEY seas eeeee o_| Fe ae | 5-12