AN6500 PANASONIC | Alldatasheet

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Operational Amplifiers Panasonic AN6500, AN6500S, AN6501 Built-in Reference Voltage Operational Amplifiers Overview ‘AN6500 Unit: mm The AN6500, the AN6500S, and the AN6501 are high- Performance operational amplifiers with reference voltage ala built-in, allowing single power supply voltage operation pigs 4 and wide application with reference voltage. Ff | = ier ra 6 === a @ Features Lad hs tf + Wide range of operating voltage | 3 to 24V. 3203 [ct hesinia + Single power supply voltage operation 3.840.25(3.45) . + Io= +120mA typ. Large output current : lo: ~Ti0mA Wp, or + Low reference voltage : Vracr=1.33V typ. fl « Easy to compose variable regulator with reference volt- d| osu age ast #3 types of packages are available conan Little cross-over distortion in operational amplifier circuit pin DIL Plastic Package (D1P00S-P-03008) Aries AN6500S Unit ! mm a ad 2c q° E i 5D al lms i 3 F Fi a @ Schematic Diagram eas _ | 33 65+0,3 4 eS) Spin PANAFLAT Plastic Package (SOPOOS-P.0225A) Leas renitR cl 242035 =e eR 0x05 “[isdoas c , —— _ he M en Be i =i Qe) 3 so = 3 tes | 1), = a 6 QulR. S = 3 = 58) - >! esfot Kg 2 = le abies 2 — a, ND, CR 29%, son ———si ‘T-pin SIL Plastic Package (SIP007-P-0000) “MM =£932852 0012399 790 —_—— OE: A : 101 OE Ee

AN6500, AN6500S, AN6501 Operational Amplifiers Pin Descriptions : Pin No. Pin name 1 | Ref. voltage(+) 2_| Supply voltage 3_[ OP. amp. output 4 [GND 3__[OP. amp. input(+) 6 | OP. amp. input(—) 7_[Ref. voltage(—) 3_[NC Wl Absolute Maximum Ratings (Ta=25°C) Parameter Unit Supply voltage [ve JH v Supply current [ke ftom Reference voliage outflow curent [Wad [= t00 nk Reference voltage inflow current [Wut [500 Dire pu vo 5 a up snk ue [va [80a ee Open anion anger ig Sionge c temperate en #1 Current flowed out from Pin). *2 Current flowed into Pin@). "3 When enlarging output current, watch power consumption. W@ Electrical Characteristics (Vec=5V, Ta=25C +2T) Parameter [_Symbor [Condition [min [typ] max_| Unit Tap is cut [tmp 100 [500 | na Conmon-nodeinputvaragemage | Vor [S| | — | sv Supply eet [te [Re= Ci 2s asm og in [ro [Rexa sf = Maximum oupuvolage @) | Vom: | Vee=5V.to=Toma || aif — |v Conmonmodeiecionraio awk [CP | | | ua soure cure [Toma | Vareivivar=ov | 70] of — [ma Zero-cross frequency ee _@ 6932852 0012400 232

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Operational Amplifiers AN6500, AN6500S, AN6501 Sperational Amplifiers AN6500, ANG5005, ANOSOI @ Characteristics Curve Pp~Ta wo s LLEETAN TTT

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LETT ETT TTT): Soaseeneee a eee E g EEE EEE EH * EEEEE EEE Ary Ss 10 Is 20, 25 0 s 10 1S 20 3 Supply Voltage Voc (V) Supply Voltage Vcc (V) Vrer— (Veer) +1 Gy-f Tec~Ta CCC ==] ACC] COC] _CEPEPPET CRP sO PCH ERE HE 2 eee 2 ANE eee 6 of LAE Ree Zeptthreeo ¢ HAE eee ee = 130 je a mie PEEECECCH PECCORC eee i : e“eorrreee} * poor] F CCC 4 2 ! LEC COCR Cocco SSeS ee ee eee Reference Voltage Inflow Current (Vpes) +1 (nA) Frequency f (Hz) Ambient Temperature Ta (‘C) mm 32S2 CORZNOD Tm 103 ee

AN6500, AN6500S, AN6501 Operational Amplifiers OO Vrer—Ta Vo7Isink Vo~Ioisource) 6 6 asf ETT TT Pees | [Ty TTT vensv PTT TT ve=sv_ <° CTT TTT TT TT str TT Ty st Tt Tt ~wwof TP ETTTTTy] =. EEE rer 6. EEE ty FTE TTT TTT) 62 ET)? FEET Fost TTT TT 2s Pry rT rrry yt s PEEP Pat Ty 2 ferrereet ty os PPT iri g¢, PTT tT TT TY eet 3 Perry yr ry 6 ¢ CP er

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EERE o_ LLL! Ty oL LETT TT -3 02s 9075100 020406080 100 120 140 160 020-4060 80 100.120 140 160 Ambient Temperature Ta (‘C) ‘Output Sink Current Isinx (mA) Output Source Current Iotsouce) (mA) I Application Circuits 1. Voltage Regulator Circuit High efficiency circuit with small VO voltage difference Output voltage (Vau)is calculated by the following formula. a © Veu™S¥ _RitR 1234567 de sir Veo ] | | 5 BER x133(v) OF 2 onl ct Re + 1/0 Voltage difference 2SB896 is applied for Q, when output current is 330mA. The minimum I/O voltage differe- nce is 0.2V. Parameter Unit Tire ease [REGy [Vase 20Vb=IA [6] av 2. Voltage Regulator Circuit With output current limiter R=10 288896 # Limit Current Jou) is calculated a Ry Vou by the following formula Vee (Q:) "AN65O1 82 Tom = eye 1234567 2SA564 5100 KO Wr 33eF Vee, [ Tl] When Ver (Q:) =0.7V, aov HJ =a and Ri=10, Touim =22 =0.7 @™ 6932852 0012402 OOS SO 104