MMC4093 MICRO-ELECTRONICS | Alldatasheet

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This file has been download from www.datasheetcatalog.com LE fal ny U esr ir i" od eg [7 y ] mIETOGLEGHOINGa MMC 408% al QUAD 2-INPUT NAND SCHMITT TRIGGERS GENERAL DESCRIPTION FEATURES The MMC 4093 consists of four Schmitt-trigger @ Schmitt-triger action.on each input with no’ exters arcuits, Each circuit functions as a rains nat nal components ate with Schmitt-trigger action on both inputs. The _ . gate switches at different paints for positive’ and @ Hysteresis voltage typically 0.9 V at Ving = 5 Vana negative going signals. The difference between the 23 Vat Von= 10V positive voltage (Vp) and negative voltage (Vj) 1s defi- @ No limit on input rise and fall times ned as hysteresis voltage (V,). The MMe 4093 types are supplied in 14-lead hermetic dual-1n-line ceramic or plastic packages. APLICATIONS @ Wave and pulse shapers @ High-noise-environment systems @ Monostabile multivibrators @ Astable multivibrators @ NAND logic ee eee ABSOLUTE MAXIMUM RATINGS Voo* Supply voltage: G and H types -05 to 20 Vv E and F types -0.5 to 18 Vv Vi Input voltage -O.5to Vop+0.5 Vv | OC input current (any one input) +10 mA Prot Total power dissipation (per package) 200 =mw Dissipation per output transistor for T, = full package-temperature range 100 mW Ta Operating temperature: G and H types -55 to 125 Cc E and F types -40 to 85 Co Tot Storage temperature -65 to 150 #3 * All voltage values are referred to Vcg pin voltage RECOMMENDED OPERATING CONDITIONS eS Voo* Supply voltage G and H types 3to 18 Vv E and F types 3 to 15 Vv Vv; Input voltage Oto Von Vv Ta Operating temperature G and H types -55 to 125 ae; F and F rypes -40 to 85 Cc CONNECTION DIAGRAM FUNCTIONAL DIAGRAM a qh % Doo . 8 2 apn Jo AB . 158.12) © x @e "pM 21691316 c Qs OL Lo oE-F

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This file has been download from www.datasheetcatalog.com mmc 4093 ee ULE UU ENTIRE EERREnennenne nna STATIC ELECTRICAL CHARACTERISTICS {over recommerded operating conditions) Testconomons [VALUES [8 | Prin. [ras | min] typ Trax. | rin. [ran | i Quiescent G,H jO/ 5 aoe 30 current types [0/10 0.02 60 0/15 ao2 120 10/20 0.04 600 aA E,F 0/5 5 4 o02] 4 30 types |0/10 10 8 aoe} 8 60 0/15 15 16 aoe} 16 120 Vp Positive a 22|36 | 22] 29) 36 | 22] 36 trigger a 46/711 46] 59] 74 | 461 71 threshold a 68 {108/68 ]88 |108}68 |108) V voltage 5 |e6| 4 a3] 4 4 10 | 56 | 82 7 82 82 15 | 63 |127 94 | 12.7 12.7 Vw Negative a 5 | 09 | 28 19 | 28 28 trigger a 10 |} 25} 52 39 | 52 52 threshold a 15 4 7.4 58 | 7.4 7.4 Vv voltage 1a |a2]14|e3| se] 14 | 32 34/66/34 151 | 66134 | 66 48}96|48/73,96 148 | 96 Vi Hysteresis O09) 16 | 03 | 16 voltage 23134) 12134 35} 5 [16] 5 Vv 10 | 12)34 | 12 ]23 | 34] 12 | 34 15 | 1.6 5 1.6) 35 5 1.6 5 lon Output G.H |0/ 5 2s 5 [-2 1.6 |-3.2 41 drive types|0/ 5] 46 5 +064 0.51|-1 -0.36 mi Vou Output high o/ 5 <1 5 7495 45 ag voltage 0/10 <1110 |9.95 9.95 9.95 Vv Q 11458 114.95 14.95 14.95) & input on terminals 1, 5, 8, 12 or 2, 6, 9, 13; other inputs to Vo. b: input on terminals 1 and 2, 5 and 6, 8 and 9, or 12 and 13; Other inputs to Vop. eee eee 167

co |r| | 0 Trin rae [iin [oe [rae [in | Vo. Output low 5/0 <1 5 00s 0.05 0.05 voltage 10/0 <1 110 0.05 0.05 0.05] v 15/0 <1, 15 0.05 0.05 0.05 tq. Gut put GH{O/ 5) 04 5 | 064 O51) 1 0.36 sink types {0/10 as 10 | 16 1.3 | 26 og current. o/15; 15 15 | 42 34 | 68 24 a EF 10/5 04 5 044] 1 0.36) types|0/10 os 10 4.4 | 26 og 0/15 15 415 3.0 | 68 24 Ie I Input ou £01 £10) +01 1 ten aes 0/18 + current EF oA types Cc, Input capacitance Any input 75 pF * Turow = 55°C for G. H devices; -40°C for E, F devices. * Thigh = +125°C for G, H devices; +85°C for E, F devices. The Noise Margin for both “1" and "O" level is: 1. V min. with Vop = SV 2 V min. with Voy = 10 V 2.5 V min. with Vop = 15 V DYNAMIC ELECTRICAL CHARACTERISTICS (Ta = 25°C: input t,, ty = 20 ns, C, = 50 pF, R, = 200 bohm) resrconomons [vaues | PAR UNIT tou, Propagation delay time 5 190 380 teu 10 30 180 ns 15 65 90 tree. Transition time 5 400 200 tre 10 50 100 ns 15 40 80 fig 1 Hysteresis definition, characteristic and test setup (a) Definition of Vp. Vy and Vy \\p Ww ‘bo M M4 Vs Mo) a 168

This file has been download from www.datasheetcatalog.com mmc 4082 UE aE eneneneaaaaas (b) Transfer characteristic of 1 of 4 gates {c) Test setup Yo Yelp - WN ‘bo Lp Mi Mr W P Fig. 2 Input and output characteristics » YOH =" nie DRIVER LOAD : aL ae RarTERasy) Yo INPUT CHARACTERS TH WLLL SS LoGic")” SN OUTPUT OGIC "1's REGION INPUT: ee . REGION: \\osk “9” ray, OUTPUT REGION Y) UTLTILLLLLLLL Ih, APPLICATION Astable multivibrator TO CONTROL SIGNAL ORTO Vpp) J MMC 4093 t tq = 2ACIn (ZK Voo ~ Vn )] lem 5 7 Vw /\\ Voo ~ Ve a Ys “00 50k < As 1MO_ R Ve 100pF <C < 1p! — “8 For the range of F andC given 2us < ta < 0.45 Tr , Vss Wave shaper Monostable multivibrator Frequency range of wave shaperis from DC to 1MHz TO CONTROL _ Voo SGNAL OR Vpp 7 TO CONTROL t= ACIn DOL 4, 7 SIGNAL OR Vog 50k <R<1M0 R 3 ed 1O0pF <C < 1pF /\\ Ves ay 116MMC.4093 W407 For the range of R and C given Sus < tus 18 169