TA75324P TOSHIBA | Alldatasheet

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TOSHIBA BIPOLAR LINEAR INTEGRATED CIRCUIT SILICON MONOLITHIC TA75324P, TA75324F QUAD OPERATIONAL AMPLIFIER FEATURES TA75324P @ In the Linear Mode the Input Common Mode Voltage Range Includes Ground. ae @ Four Internally Compensated OP Amp is Single Package. v Re - | \\ ccinati . - Le { li | @ Low power Dissipation and Power Drain Suitable for Battery Operation. © Differential Input Voltage Range Equal to the Power DIP14-P-300-2.54 Supply Voltage. TA75324F @ Wide Power Supply Voltage Range and Signal Power Supply. oo @ Large Output Voltage Swing : OV~Vcc-1.5V Ke <e ry J © Low Input Biasing Current: 1) =45nA (Typ.) EET SOP14-P-225-1.27 Weight DIP14-P-300-2.54 : 1.0g (Typ.) SOP14-P-225-1.27 : 0.2g (Typ.) 961001E8A1 @ TOSHIBA is continually working to improve the quality and the reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to observe standards of safety, and to avoid situations in which a malfunction or failure of a TOSHIBA product could cause loss of human life, bodily injury or damage to property. In developing your designs, please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent products specifications. Also, please keep in mind the precautions and conditions set forth in the TOSHIBA Semiconductor Reliability Handbook. ; ts products described in this document are subject to foreign exchange and foreign trade control laws. The information contained herein is presented only as a guide for the applications of our products. No responsibility is assumed by TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may. result from its use. No litense is granted by implication or otherwise under any. intellectual property or other rights of TOSHIBA CORPORATION or others. @ The information contained herein is subject to change without notice. 1997-10-22 1/9

PIN CONNECTION (TOP VIEW) TA75324P OUT 4 IN(-)4 IN(+)4 Vee IN(+)3 IN(-)3 OUT3 Oo CO OBO GO OO © @ OUT 1 IN(=)1 IN(+)1 Voc IN(+)2 IN(-)2 OUT2 TA75324F OUT 4 IN(-)4 IN(+)4 Vee IN(+) 3. IN(-) 3. OUT3 OO GO GO GB GO © @ OUT1 IN(-)1 IN(+)1 Vcc IN(+)2 IN(-)2 OUT2 EQUIVALENT CIRCUIT Vee IN(-) 0 Qi {a Po o ry an |. Cy Q10 Os QB Qo 1997-10-22 2/9

MAXIMUM RATINGS (Ta = 25°C) CHARACTERISTIC SYMBOL RATING UNIT Supply Voltage Vcc, Vee | +18 OR 36 Differential Input Voltage DVIN input Voage | Vin | -03~36 | Vv | TA75324P Operating Temperature -40~85 Storage Temperature =55~125 ELECTRICAL CHARACTERISTICS (Vcc =5V, Veg = GND, Ta = 25°C) TEST CHARACTERISTIC. SYMBOL TEST CONDITION fran | ve, |x UNIT CUIT input Ofer Varese | Vio | 1 [RETR | — | 2] av | Input Offset Current | io [2 = ‘(| — | 5 | 100 | na Common Mode Input _ Vec Supply Curent | Tec lee | @ [R==, AU OF Amps [ — [07 [12 | ma | Voltage Gain [sy | 5 [Rezko 36 | 100 | — | a8_| Maximum Output _ Vec Voltage Swing Vop-p | «| RL=2k0 | o | — | =1.5 v Common Mode om fo] = fe [f= [| Supply Voltage _ Rejection Ratio SVRR 1 |Rg= 10k 100 source Carrent | “gouree | [IN(=)=0Vpc, IN(a)= pe 20 | a0 | — | ma Sink Current | eink | 6 [IN(~)=1Vpc, IN(+)=0Vpe_| 10 | 20 | — | mA | 1997-10-22 3/9

(1) Vio, SVRR Vec m0, ® Vio=VoutT/ 100 109 ng © SVRR = 20f0g E (dB) (out - VouT2 1 E=l Veer =Veoo | * 100" g (ov) Vec1-Vec2 700 ; Vout1 + Vout (Vcc1 =5V) Vout2 : Vout (Vcc2= 10V) (2) I ho Voc Voc of wf ho=lh(-)-"+)l (3) CMVin, CMRR Vec 1mQ ‘ona | © CMRR =20f0g - Gp/ Gc (dB) Pua | > Gp : DIFFERENTIAL VOLTAGE GAIN ee Gc : COMMON MODE VOLTAGE GAIN @) ¢. (ou) © CMViN : ViIN=OV, Vcc -1.5V SUPPLES 1997-10-22 4/9

(4) lec Voc . © Ice : (Vee =5V) (5) Gy OQ R © Gy=20f0g eo / ej (dB) apa . R>1/WC1 C1: COUPLING CONDENSER ei g C2: HIGH FREQUENCY BYPASS CONDENSER (6) VOp-p: 'source: 'sink Vee e Vop-p VoH : SW1 IS SIDE A, SW2 ON Pay ef Your VoL : SW1 IS SIDE B, SW2 ON tly a wa, ® source core an ¢ SW1 IS SIDE A, SW2 OFF > | z VouT—0V MEASURE I © sink SW1 IS SIDE B, SW2 OFF VouT?5V MEASURE <<< 4997-10-22 5/9

Vec - | Vee - ; ce - lec 5 « | |] f i PL ft pe z | z G [more PoP) ft 3? = 9 LA : pti lil i : mel | |g of Le]

5 Ta=0~7

oy ° wien YY]; 3 2s| 4 | a ee ol 2 Litt ttt | tit it ttt | i) 10 20 30 40 0 10 20 30 40 SUPPLY VOLTAGE Vcc (V) SUPPLY VOLTAGE Vcc (V) Vec - Gv 'sourcE ~ Ta 160, =z 60, é PP ET ep ELE | JN seu > g = eee oe eee

3 SS —~ /

& 5 SS pot it i]t iti ea AL = 80 = a MS = Pri TTP yg LEE EPEAT

5 PN a

Pitt EE} Ty oe LETTE | 40) 30 0 10 20 30 40 =20 0 20 40 60 80 SUPPLY VOLTAGE Vcc (V) AMBIENT TEMPERATURE Ta (C*) curR - f Gy -f 120 120) IR = 100; ——— = ING ore| 0 x3 2 N Vin Be 3 ING $, ° Vour LE 80 Bs z ING 2 z° Fa N \\ Ho ooeNGee 38 FoF g . , i eee Nee ge Vec = 10~15V " eee eNe Ta=25°C 20 ol IN 100 1k 10k 100k 1M 0 100 10k 1M FREQUENCY f (Hz) FREQUENCY f (Hz) 1997-10-22 6/9

1s Vop-p - f 4 Vin, Vout - t Ag = 5 DOL =

2 PN LTT N | eae

EFT Neresele® Ie] Za \\ ~,>tS ef | V7] TINE | I | eP LUTINe ee 7 \\ FCCoP tS SPL LAIMA LM » OUICNIC 60 HR oe

0 IN er a

tk 3k 10k 30k 100k 300k 1M. 0 10 20 30 40 FREQUENCY f (Hz) TIME t (ys)

550 Vout - t 5 VOH ~ source

feS=] . fot ele TTT TaD) oe BREESE 8 s A, s JEN EP Tt ¢ sat Noort | es ss es Ein | yf | g +111 TNIT PCC PSN BCE 8 EEE eS 8 ae cy tt | i] ttt otLELTETET ein > ? 7 $ $ 9 a a a TIME t (ps) SOURCE CURRENT source (mA)

5 VOL - 'sink 00 Pp - Ta

FEE EH se], EEEEEEEEEH 2 teane| Sa a OO 2 og SSL EEE 3 fT TAPE PPP Pr rr | Fs © sof tT PRE w 3 2 LTT IN ey ¢ LTT TTT] Tt ft 3 gf OEE EEE § TPR OPELee a a S 2 & 3001 Pat fb Na s LTT YT T TTT 7 g “EER Py eee a a ee a 3 1 = FA eee See POPP) fe A A | 0 10 20 30 40 50 0 20 40 60 80 ©«-100=—«120.—=«140 SINK CURRENT Icink (mA) AMBIENT TEMPERATURE Ta (°C) TT 489897-10-22 719

DIP14-P-300-2.54 Unit : mm ‘to 14 8 é oc es es ee | slog » g Ps 2 <8 1 7 19.75MAX 19.25+0.2 rs LU PE tS Zz 2 Weight : 1.0g (Typ.)

SOP14-P-225-1.27 Unit : mm 14 8 a} al = +] 36 Lol) 1 7 10,5MAX . 10.0+0.2 Nx 4 < =e = S Apa s S 0.525+0.2 Weight : 0.2g (Typ.)