M51924P

M51924P MITSUBISHI | Alldatasheet

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 4

Technical content

MITSUBISHI <LINEAR ICs> M51924P, FP QUAD COMPARATOR DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M51924 is a quad (four independent) comparator and oper- ates over a wide voltage range from a single supply voltage. Especially the M51924 has superiority as to characteristics of ourpur 8D] fe] OUTPUT C input current (input resistance) and fits to wide ranged appli- OUTPUT A [2] fi3] OUTPUT D cations, for example CR timer, oscillator, etc. power SUPP ¥ [i I ono NON-INVERTING FEATURES INYNEUT a El fl inpurD Stow input current cere 26MALYD) NON-INVERTING [3] fq INVERTING ide supply voltage range «*: 'ssssssrrrssssserereeees 2.5m INVERTING. NON-INVERTING: © Low dissipation current input B | EI inrur sivnstesnsnvceseseeseeesesQqn/(typ. (AIL output OFF) NON-INVERTING [ay INKER 3mA(typ.) (ALL output ON) Outline 14P4 (P) © Enable high output drive s+ Vo. =0.1 SV typ.) 14P2N-A (FP) (Output current 20mA) APPLICATION Voltage comparator, window comparator, CR timer, time de- lay circuit, oscillator. RECOMMENDED OPERATING CONDITIONS Supply voltage range wiv eveverevereeeeenens 2 5DBV Rated supply voltage s-vves-rsrwrsrersesesnnneee BY EQUIVALENT CIRCUIT INVERTING NON-INVERTING OUTPUTA INPUT C INPUT C 1? an | ' lam a R NON: ' Q H INVERTIN ' INPUT A @He * [ah ! is> (4) ouTPUT c INVERTING (4) | +4 ‘Os ' INPU’ ' I et | GND (2) (3) POWER NON- SUPPLY asurs DS > ourrur 9 INVERTING (6) INPUT B OUTPUT B NON- INVERTING INVERTING INPUT D INPUT © MITSUBISHI 2-40 wees

MITSUBISHI <LINEAR ICs> MS1924P, FP QUAD COMPARATOR ABSOLUTE MAXIMUM RATINGS (12=25, uniess otherwise noted) [Symbol] Parameter ——si| ~~~ Conditions ~— | Ratings Unit ‘Supply voltage a [Vio [Ditforential input votage |e {icx—|Gonmen made input votage range | vee [Wx [ouput tgs Loge operaing temperate | Hee — Scrape temperature ees ELECTRICAL CHARACTERISTICS (Ta=25, Vec=2.5~28V, unless otherwise noted) Symbol Test conditions i ™ [ Min [ty [ Max | Sappy waage ange a [icer_ [Circuit current) ALL OUTPUT ON [3.0 [5.0 | ma | Hess | Gheuteurent'2 [ait ourrurore 8 [me | [vic | tnverting input voltage range [NOTE OT eet [vic [input ottsetvotage | CSC Te Tw [ta __[tnverting input current | CT CT tc | | Lis [Noriwering input ouvert | 8 [io [input ottsercurent | TT Ts | v vo __| Fisim=Boma TTT [io [Ouputieakcurent | CT | [teen | Output“L=H" propagation delaytime | | TT ns | [ten Output“H—=t" propagation deiaywme [| | 2 TT ve | NOTE) Either inverting or non-inverting inputs (reference side) should be within this range. (Abnormal operation will not occur when the other is within the range of 0 to Vcc.) TYPICAL CHARACTERISTICS (1a=25°C, unless otherwise noted) THERMAL DERATING (MAXIMUM RATING) OUTPUT VOLTAGE VS. INPUT VOLTAGE 000 _] 'S(EOMPARATOR REFERENCE —~ < VOLTAGE Vier =6V IS APPLIED TO z ro oN 2 INVERTING INPUT = 800) NI 0 |*PVcc=12v et oN | 3 | ft w Zz 609] N o 9 Fe} < Pal | IN | eto tl < ie} g > 6 g 2 G 200 53 g 3 ea ——} 0% 3075-100 «+125, . 3 6 91215 AMBIENT TEMPERATURE Ta (C) INPUT VOLTAGE Vv, (Vv) MITSUBISHI ates 2-41

MITSUBISHI <LINEAR ICs> M51924P, FP QUAD COMPARATOR INPUT CURRENT VS. INPUT VOLTAGE INPUT CURRENT VS. SUPPLY VOLTAGE Oe a 24) ) tty TT 3 of jj tr - aN ETT > fet T | oo | NET st | | tt a eat | | z 17 T TTT tty ¢ | | | 7 Ty | LETT TT YT | A 0 4 #8 #12 16 2 24 28 32 oO 6 12 18 a 8 INPUT VOLTAGE Vv, (Vv) SUPPLY VOLTAGE Vec (V) “L” OUTPUT VOLTAGE VS. CIRCUIT CURRENT VS. SUPPLY VOLTAGE OUTPUT SINK CURRENT TITTT) = 7 AF P| [bombo | 9g” tose) TTA Pry] 3 7 7 q ely : fone 3 ° rt] + Y % T 18 24 0 , oD s 10 15, 20 3 SUPPLY VOLTAGE Vec (V) OUTPUT SINK CURRENT sink (mA) CIRCUIT CURRENT VS. INPUT CURRENT VS. AMBIENT TEMPERATURE AMBIENT TEMPERATURE 5 40) = oT) «| Fae] ee ee

5 Cone zg ++ 11] [I

5 |™ e4/ tt tt i e |i tt tii ae eee FE ey ; [| ttt | | ty 40 —20 0 20 40 60 80 —40 —20 0 20 40 60 80 AMBIENT TEMPERATURE Ta (C) AMBIENT TEMPERATURE Ta (C) MITSUBISHI 2—42 PR ;

MITSUBISHI <LINEAR ICs> MS1924P, FP QUAD COMPARATOR “L” OUTPUT VOLTAGE VS. OUTPUT LEAK CURRENT VS. AMBIENT TEMPERATURE AMBIENT TEMPERATURE 5™ 1009, a G = 5s a | ~ € 4 to us 3 160] ~ 37-7 PP Ps p= eiot | | TA o fa | a a 04 é Tt 7 a 100] | 3 3 a 4 es is} x 3 po 7 tT 5 4, | 1/7 | | fl 4 2 3 er fe) i a es a a 5 2 2 a re ee ee ee # (el —40 —20 0 20 40 60 80 —40 -20 0 2 40 60 Co AMBIENT TEMPERATURE Ta (C) AMBIENT TEMPERATURE Ta ('C) PR ELECTRIC 2-43