M5233L MITSUBISHI | Alldatasheet
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MITSUBISHI <LINEAR ICs> M5233L, P, FP DUAL COMPARATOR DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M5233 is a semiconductor circuit for a comparator de- signed to operate over a wide supply voltage range from 2 to 36V from a single power supply, with two circuits in each 8-pin [8] POWER SUPPLY SIP and &-pin DIP and 8-pin mini flat package. A differential OUTPUT 2 circuit which is equivalent to a conventional single power AB INVERTING INPUT 2 supply operational amplifier is used to enable operation from ce NON-INVERTING INPUT 2 GND level to improve input characteristics. Power dissipation fa] ono (circuit current) is tow and output voltage is large. It fits to E]NON-INVERTING INPUT 1 a general-purpose comparator for a variety of electronic WW La INVERTING INPUT 1 equipment. 7 {T] OUTPUT 1
FEATURES
© Wide operating supply voltage range <0" 2V~36V Outline 8P5 (L) Dual power supplies: +1V~+18V 5 © Low circuit current «vsssrsvrvenseeseteee-==9 Q.6mAC typ.) ours Of A Ig] Power surrLy © Wide common mode input voltage range none eeun Br AB owen sti: OV~Vee—1. 5V (single power supply) InPuT 1 Lf ao INPUT 2 © Open collector output Gno [4] 15] NON TS VERTING Output sink current 25mA Outline 8P4 (P) @ Response time vsssssseeteeesieessssseneeeeeeeesnnenees 1 Bp 8@C 2028.4 (FP) © Pin compatible with general-purpose comparators 393, 2930 APPLICATION Voltage comparator, window comparator, CR timer, time de- lay circuit, oscillator, etc. RECOMMENDED OPERATING CONDITIONS ‘Supply voltage range --:ssssssrereeeeeeesenenseseeseees BBV Rated supply voltage s-:-svis0reesssessssssseseeeeeeeneenee 1 2V EQUIVALENT CIRCUIT © Vec ) () jo) je) O ©) O O INPUT (+) 0 iV Qa |
0 OUTPUT
INPUT (—) © Qs =n , Qs Qs 3 Two circuits are featured in the circuit on the left. SS MITSUBISHI 2-44 eM
MITSUBISHI <LINEAR ICs> MS233L, P, FP DUAL COMPARATOR ABSOLUTE MAXIMUM RATINGS (12=25°. uniess otherwise noted) 36(+18) [Vio | Differential inputvotage | HT Ho3~ [Pa [Power dissipation | 80081) 625(01P)/44a(FP) | mw | [Toor [operating temperature =20~475 ELECTRICAL CHARACTERISTICS (T2=25¢. vec=5v) [ min [tye | Max | input offset voltage Vout 4V, Vaer=1 av, Rg=00 es ee [ic input oteotcurron Pf na | [ie [input bias eurent i 0 [| [vicu [Common mode mputvatage ngs [Cd etl v Lo, —[Votase gain Smt SSCSSCSCSCSCSCSSSCCid re] [ice [Gueuteurent ee SSC om | Roos. KO. av [ps | Pnsee | [iene [Output sink current | Vary IViVinr OV. Vasey | [a | | ma | [vox [Output saturation votage | Va = WVVis =0Vstaie=Oma |_| 200 | ao | mw | [io [Output teak current Vin =I. =OvVVomsv TP TT na | TYPICAL CHARACTERISTICS THERMAL DERATING (MAXIMUM RATING) CIRCUIT CURRENT VS. SUPPLY VOLTAGE 1000 1.6, Ew gia tt TT TT
7 NE fC
5 | tt | — 8 1.0 ro Ta=—20e E peoote SA | ' ool ee Tarou & . ae =e © oof IMS Fe ee 3 > SEN i = 0.6 en ee ee g ASS. S| ee ete c 00 SSNS Sos ot
3 S got] i tt
£ ol *. a ° 500 75 10015 0 10 20 30 40 AMBIENT TEMPERATURE Ta (C) SUPPLY VOLTAGE Vee (V) MITSUBISHI oases a
MITSUBISHI <LINEAR ICs> M5S233L,P,FP DUAL COMPARATOR INPUT BIAS CURRENT VS. OUTPUT SATURATION VOLTAGE VS. SUPPLY VOLTAGE OUTPUT SINK CURRENT 80 10 Z 6 PT ttt fo rte e TTT} Ett é | tate 4a cers | LA ey be eee 5 of 1A “FR IA LETT TT I 5 wB 0 10 20 30 40 0.01 Or 1 10 100 ‘SUPPLY VOLTAGE Vcc {V) OUTPUT SINK CURRENT Isinx (mA) RESPONSE TIME FOR VARIOUS RESPONSE TIME FOR VARIOUS INPUT OVERDRIVES VS. INPUT OVERDRIVES VS. NEGATIVE TRANSITION NEGATIVE TRANSITION S 6 Ss 6 a ee 2 Sparorpenome too TTT s OK s CON 3 eet | + SLU tem tT 5 LTT vnopl 35.im0 2 COE ge ott ve eae | Ea © oI cy es os eat ty 2 ttt | S.1ka
2 SCC [ewe [| = OL [tee | ve
SCL TT TT ¢_.-L--TTTTI TT g 2 TIME (usec) = TIME (usec) a MITSUBISHI 2-46 . oe tieRe :