M51206TL MITSUBISHI | Alldatasheet

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MITSUBISHI <LINEAR ICs> MS1206TL,FP VOLTAGE COMPARATOR DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M51206 is a semiconductor integrated circuit for a voltage comparator that operates at a single power supply. Especially IS eno the M51206 has superiority as to characteristics of input a current (high input resistance) and fits to wide ranged appli- & [4] POWER SUPPLY cations, for example CR timer, etc. M51206TL, FP’s package iJ OUTPUT is a mini SIP and FLAT package, therefore can use very 3 NON-INVERTING easily. [1] INVERTING INPUT FEATURES Outline 5P5T © Low input current rr ereeessseeeeeeseeeseseseeeeeees TEMA typ.) iti i ilizati INVERTING © Built-in zener diode for stabilization of supply voltage RTING THO 2 a)nc between supply voltage terminal and GND terminal NON-INVERTING a NC seseesennnenitesesennannerecsrensasessesonsssseseseeeeeeeeee 5 OM typ.) ont a 3 Fin ©@ Capable of directly driving a relay or lamp 3 © High output breakdown voltage “+++0-+7+--- 30V( max.) POWER supPLy [4] [5]GNO Outline 8P2S-A APPLICATION NC : NO CONNECTION Voltage comparator, CR timer, electric shutter, time delay circuit, oscillator (square wave). RECOMMENDED OPERATING CONDITION Rated supply voltage «<r 12V(Rg=1k2) EQUIVALENT CIRCUIT POWER SUPPLY OUTPUT — o_o Oo 8 & INVERTING INPUT (1) H NON INVERTING i INPUT ® | w) ey Cnn GND MITSUBISHI 2—20 PR

MITSUBISHI <LINEAR ICs> MS1206TL,FP VOLTAGE COMPARATOR ABSOLUTE MAXIMUM RATINGS (12=25€, uniess otherwise noted) [Sree [Parameter dito dans] [tcc [Gwrovitcurent | mt [vin _[imputvonage | om [iow] ouput arve coven Ouputwatwrates——SSC* Cdr | Output drive voltage a diesipat 180(M51206TL) mw ower dissipation 300 M51206FP) 1.8(M51206TL) fee [Pema cerne | TeR25e a.o(msi206rP)__ |” [Top Operatng tonperaure [Taig [Storage temperature PY 404125 *Voliage at Pin © ELECTRICAL CHARACTERISTICS (Ta=25c, Ra: dropper resistor) Teat conditions Symbol Parameter [sino | raamet ee ee | [ve [Zener votage range | 10 [Ramtec set 720 | v | [Yu [input votagerange | 10 [gmt TT fvwrozt | [ie [input currentatPin® | 120 [Rawtka Tis To 8 [ ona | [wa [input currentatPin@® [| 0 [Ranta TCTs | 5 [na | [ice | Cirouit current (Vec<vo) [8.0 [Agog TT | a Tima [Vio [inputottset voltage | 12.0 [Ramtka 20 Tv. 20 | my | [vor [Output saturation votage | 12.0 [RgmiKa. Reza TT os og Tv | [ten | Output “L-H" propagation delay time fo as | [tem | Output “H-L" propagation delay time Dee oft Tes | TYPICAL CHARACTERISTICS (12=25°C, uniess otherwise noted) THERMAL DERATING (MAXIMUM RATING) OUTPUT VOLTAGE VS. INPUT VOLTAGE 500 6 TLL 3 Pt tt td s yor?v 2 ” 2 : “yr inn e > q 5 ‘ S gd 3 200 NX e 2 if 5 = 100 | TJ Fy 3 ~sL) 6! a Ss, o 0 0. % 50 75 100 125 o 1 2 3 4 5 6 AMBIENT TEMPERATURE Ta (‘C) INPUT VOLTAGE Vin (V) MITSUBISHI Pete 2-21

MITSUBISHI <LINEAR ICs> M51206TL,FP VOLTAGE COMPARATOR INPUT CURRENT VS. INPUT VOLTAGE ZENER VOLTAGE VS. AMBIENT TEMPERATURE 25 12 7 , eee] |= eC ane es :° | oReeee pp bee 3” gi Fret eLi be] os tepp “LO | ep 5 —2 -1 [) 1 2 3 by —20 oO 20 40 60 80 INPUT VOLTAGE AT PIN © VS. AMBIENT TEMPERATURE Ta (TC) INPUT VOLTAGE AT PIN@ Vw (V) CIRCUIT CURRENT VS. AMBIENT TEMPERATURE 8 3 | LL | | | 20nnia 5 1 c PL cory —20 0) 20 40 60 80 AMBIENT TEMPERATURE Ta (‘C) DROPPER RESISTOR (Ra) SELECTION GRAPH \\“Ros00 TKO BO KO 3.RO_S1KO]e2KO 7.5ko] | 1040]

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0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 SUPPLY VOLTAGE Vcc (V) ae MTsUBSH! 2-22 AP RELECTRIC ;

MITSUBISHI <LINEAR ICs> MS51206TL ,FP VOLTAGE COMPARATOR APPLICATION EXAMPLES (1) Voltage comparator (2) CR Timer Ri Ry Veo *—oVeo l | q rae rae 20k (1) R: (1) _ Col, oy Sie z @ Vo ® Vin © y c © i t=cReny oe — If Vace>Vin Vom Low cow uner It Vaee<Vin Vo High 0. Imst 608 (3) Window comparator (alarm circuit) Re 2 w—oVoc z a G 20k: @ § VA is) ooo lol. 2 mci E Pure OO Wners Vnern INPUT VOLTAGE Vin PRECAUTIONS FOR USE 1. Paying much attention is necessary for fear that the (4) Time delay circuit MS1206TL,FP may flow large current and reach to R destroy because of the structure when the terminals Veo of Vec and GND of the M51206TL,FP is connected ra wrong position each other. [rm 2. Output is “open collector” and a loading resistor is Vner #{1) @ not included. Connect a loading resistor to stabilize ~ppa lo L_>--- operation, in case of driving a next stage. 6) 1 3. Care should be taken not to apply over 5(V) directly : T ‘ to the terminals between Pin @ and Pin ©). Connect a dropper resistor (Rq) in series to Pin @ in case of applying over 5(V) between Pin @ and Pin ©). v t= CRON YS Vne Unit Resistance Q Capacitance : F MITSUBISHI ae ELECTRIC 2-23