M5201L MITSUBISHI | Alldatasheet
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-—7)D. 1194-05-20 MITSUBISHI <LINEAR ICs> MS201L, P, FP ° GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) MITSUBISHI ELEK (LINEAR) S53E D MM 6249826 OOL4044 541 MEMIT2 DESCRIPTION PIN CONFIGURATION (TOP VIEW) The M5201 is a semiconductor integrated circuit designed for an operational amplifier which adopts analog switch func- [e]+) power surpcy tion, having dual inputs of A and B and a single output. The ky Input B device comes in an 8-pin SIP, DIP or FP and contains input differential circuits of A and B type, single output circuit and X/'8](—) input 8 a switching circuit of an operational amplifier, and can be By Ly psloureet used as a convertional operational amplifier, turning on A or Y ]—) poweR surety B inputs by externally setting the control pin at high or low level. For a voltage follower condition where Gy = 0dB, the A\\ BI input a device functions merely as an analog switch, but, for an re a (4) INPUT A amplifier with a switching function, gain can be set indepen- SW CONTROL dently for A and B inputs. The M5201 operational amplifier H has basic characteristics similar to those of the M5218/ Outline 8P5 (M5201L) . M5R4558P and can be widely used as audio, video and musical instrument equipments. sw controt [1 } By [e] eR eQwer FEATURES. (+) INPUT A aay {7 (+) INPUT B © Operational amplifier inputs of A and B type and gain can (—) inpur aye wh (—) inpur 8 be set independently _ © Applicable to both single and dual power supplies (—) GOWER Ta] [>—S]ourrut @ High gain, low distortion crreeermeneermaneeeeissts@yg= 1004B, THD=0,002% (typ.) Outline 8P4_(M5201P) © High slew rate, high fy +" SR=2.2V/ us, fy=7MHz( typ.) 8P2S (M5201FP) @ Low noise (Rg=1kQ) FLAT «+--+ Vyi=2Vrms(typ.) © Small switching shock noise . © High load current, high power dissipation . sesessensntneesseensises fy g==F SOMA, Pg=B00mW(SIP) Pg=625mW (DIP) Pa=440mW(FP) RECOMMENDED OPERATING CONDITIONS Supply voltage range vss 2.5 1BV Rated supply voltage s-vs-sersrectscseeentenseeeeck 15V EQUIVALENT CIRCUIT 1 4 +Vce oY oe SWITCHING INVERTED, | input (= OFF omeur NON-INVERTED, meu HO — Ef a) Q aja Qs Qe als | g ia a Y a H Q H inveRreD 6) iy; ‘9x6 =O 1 DiX4 INPUT (— H H 8 1 INPUT (+) HS od 2s, cy n —Vec OUTPUT CONTROL, MITSUBISHI Jateee 2-21
. ‘MITSUBISHI <LINEAR (Cs> MS5S201L. P. FP MITSUBISHI ELEK (LINEAR) 53£ D MM b24982b OOL4YO4S 458 MENIT2 GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) ABSOLUTE MAXIMUM RATINGS [sympa [Parameter] Ratings unit | [Via | Differential input votage | OV [Vic [Common phase inputvoitage | IS TV [ne [Load cuvent | 80 mal [Pa [Power dissipation‘ euncsiPrreza(oipy/e4a(re) [mw _| [opr [Ambient temperature | 20475 Te | \\ . ELECTRICAL CHARACTERISTICS (vec=+15v) a ear Ce a Ce ceca [vo [input cteetvorage Rem fT [ie |imputoies current Tao 500 [avo [Open toop vonage gain fama oT | [Vou | Maximum output vottage [BIO ev | a | | [THO | Totat harmonic distortion ‘| t=Iktiz,vo=Sveme,Gyezoas | Toone || 9% | [svn [supply voltage rejection ats | TT 8 [c-s[cnanneteeperation mie eT | [ft _-[Gain banawiewn proauet vmod ne | [sa |stewre SSC*d OB mR TIOOpr Tf Las | [vn [input retorted noise votage =| Re=tkO,Bwai0He~aonHa,Fiet | 20 avims} TEST CIRCUIT () lees Vier SVR ° i @ L~, a | oP ee ° 6 [iccnviowsva, [orr [71 [ent | roel) roe ° ¢ [cea Viog. SvRz [on [2 [cre | 10x ad (¥) 100-Vig Unit Resistance capacitance : F a oats" 2-22 ELECTRIC
‘ MITSUBISHI <LINEAR ICs> M5201, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) MITSUBISHI ELEK (LINEAR) S3E D MM 6249826 00140468 394 @ENITO (2) Ib» lio 9 tVce (2) ie: oul 2 OL > Tole M22 Tk j © 5 p*=Vor/IMa liom | tet tp | i. ee or er [J ae [ar or Saco] oon [ver Lorr [2 [2 | on J 7 ‘ ee [eon a one J (3) ty Gv +Vco 100p @) o-t_yt oS @® i 1000p 22p oF (3) aS + 1008 1) >—6) 4 OVo Q " 3! Lo > 9 22n P3> R 1M 4 o ‘SWe a a ll amen ee 2-23
: MITSUBISHI <LINEAR ICs> MS52OIAL, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER HITSUBISHT ELE (DUAL INPUT, SINGLE OUTPUT TYPE) K (LINEAR) S53E D MM 6249824 0014047 220 muMIT2 TYPICAL CHARACTERISTICS VOLTAGE GAIN VS. . ‘THERMAL DERATING (MAXIMUM RATING) FREQUENCY RESPONSE 1000, 140, ——— fal TT.) “44 ee] ERK : 3 5 oN 3 of | NTT TI oN ee eeeNeee CSS OU ARNG & ae Sc at tt TNC Lt TTS TTTTTN 0 a 50 cy 100, 125 1 10 100 1k 10k 100k 1M 10M oureur VOLTAGE/LOAD CURRENT PEAK CIRCUIT CURRENT VS. SUPPLY VOLTAGE VS. LOAD RESISTANCE MTT ei. eer , > Jere or. 3 a To gs Ki rrr = eB > artTT | | 3 »« AUT TTT, @
5 TTL § LANEY TT 3
i § IZONT TH, 8 POOCECEET) = * EGP 0 oL_L TTT TT “EH 9 #10 £20 100 200 5007001k = 2k 5k 7k 10K SUPPLY VOLTAGE Voc (VI LOAD RESISTANCE Ri (2) MAXIMUM OUTPUT VOLTAGE MAXIMUM OUTPUT VOLTAGE VS. SUPPLY VOLTAGE VS. FREQUENCY RESPONSE s “fer TT TTD - ~-LTTT TTI PRE ae ay Rest HH i "Teer gee 8 eT erry ne e RREEET CT er of CEST ae PCOS PCO LETT] i +2 +6 £10 a4 £18 1 10. 100 1k Ok 100k 1M oe 2—24 ELECTRIC :
MITSUBISHI <LINEAR ICs> M5201L, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) MITSUBISHI ELEK (LINEAR) S$3E D MM 6249826 0014048 147 @enit2 APPLICATION CIRCUIT (1) FLAT amplifier (Gv; 10dB) + analog switch circuit +Vec(15¥) nine tet ol @) +Vcc! vex Som OEP es site pinot O74 10k wm ual | oe QO a & 47k 9 Voc 4+ . 47k GENO uw 10k H/L Sv ‘*When the current is present on control pin, chB is active, B33 4 ‘When the curent isnot present on contral in ©, chA is active. (2) Analog switch circuit (Dv=OdB, voltage follower amplifier) 2.2 @) +Vecl15v) INO yt @+ 100k 100k 4 (3) Pe 433% ** 47k 9 tee 47k TOTAL HARMONIC DISTORTION 10k W/L sv V8. OUTPUT VOLTAGE rs 2 | z” | ia es corr ld 2 : 2 cot ‘resistor indicated by *'s 8 pul-up resistor to prevent switching S CEL pin @ from being activated by the leak current from an external Bn revit 6-6. TR Pe 8 ous tt a a Pl ee 2 0.002 INZ Poop Pe TUTTI 1 3°57 10 3° 5 7100 OUTPUT VOLTAGE Vo {Vrms} ee MITSUBISHI Jeeee 2-25
MITSUBISHI <LINEAR ICs> MS20I1L, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER nITSUBIS (DUAL INPUT, SINGLE OUTPUT TYPE) HI ELEK (LINEAR) S3E D MM b249a24 TYPICAL APPLICATION CIRCUIT 044049 OT3 mMNIT2 22e @)+Vool(15v) . AHINO Ht @® 00K | 100K 4B ees oe ope S SoS ome ono ge 1] RO . o fol | OO ‘oat 0+Voc A Gy300B 3k. 3k ie dal B: Gy+100B rare 47%
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cnet Je * GE33 : ‘When the current is present on control pin @, chB is active. When the Unit Resistance: @ ‘current is not present on control pin (), cha is active. Capacitance: F PCB FOR CIRCUIT TESTING WIRING ON THE PCB ~ (PARTS INSERTION SIDE) +Vec RN —v ° Yee eno fo'S fe ° out PS parr * our do ° ° U Ind "ie Ue tcceeres Ll S FE [Goicebte oe nie IN 2 i iE 47k o wk fp . e 7 . O—th-—0 4705 H/C T° IN? oats Jon para. ° We ’ -2ne 3 O—-0 100K cS Sy Jeshy. ie — ‘ 5 ° 2802603 ° 2-26 oats
MITSUBISHI <LINEAR ICs> . MS5201L, P, FP ‘ GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) MITSUBISHI ELEK (LI NEAR) S3E D mm G2yqgay o0140 SHOCK NOISE MEASUREMENT 50 615 MIMIT2 TEST CIRCUIT 22, @ tee IN 1 -o—p— pt @) i 10k 100K 100K, @) im Bee Ki noise tevet oe | | > Ques pour ° IN 2 op ©) 1 Lovol of shack noise that develops © 10k when ch and ch@ are switched 10k 100k 100K (Go by sw | Fr * (100k) +Vee 3k 3k ww ° 9+Vce + + 47k Wp AR TIO; 330k 10k bere oO” sw a on (33) SHOCK NOISE VS. CAPACITOR Csw SHOCK NOISE VS. VOLTAGE GAIN
300 Vepakiev id re A
@y53008 Cew=33eF | TT eS TS SS A | es re ee Oy A a) — s a re ee ae 2 5 is a a A 8 ' rs a ee Da 5 10 fa oo —— a de 3-1 0.01 0.1 1 10 100 0 10 20 30 40 CAPACITOR Csw * (uF) VOLTAGE GAIN Gv (d8) ‘Characteristic of shock noise with respect to change of Csw * * Characteristic-of shock noise with respect to voltage ain varied by Rt a gf ER ELECTRIC 2-27
MITSUBISHI <LINEAR ICs> MS5201L, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER MITSUBISHI ELEK (DUAL INPUT, SINGLE OUTPUT TYPE) (LINEAR) S3E D MM 6249825 OOL4051 751 MENIT2 CHANNEL SEPARATION (C-S) . {A:OFF/B:IN ON MODE) during ON even if gain is varied.) vi > Sto Dae < -00 ete > ' “HERES! f= Ne ‘ at Gy (dB) mPa og Naa) ‘Channel separation is defined as the ratio of the leak signal (that is scaled on the assumption it is present in the input) to the input signal. (20 log Voes/Av, : However, as indicated by the above broken line, if gain (Av) is not scaled, channel separation appears to be deteriorated by as much as the amplified amount. (20 log ¥9e8) oes INNA ee “TT 7 LE “AUT eet -« == oN dT | eel
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Fae TDL UH ® al fen 08 “SCTMECCITTIE NIT Yi ene “STIPE TEE UIE -s SUT AAA TT PTT Ty 10 357100 3571k 35710k 357100k —50 —40 —30 —20 —10 oO 10 (Hz) Vi (dBm) . aan 2-28 ELECTRIC
MITSUBISHI <LINEAR ICs> MS201L, P, FP GENERAL PURPOSE SWITCHING OPERATIONAL AMPLIFIER (DUAL INPUT, SINGLE OUTPUT TYPE) MITSUBISHI ELEK (LINE tn. mmr AR) S$3E D M™ 6249826 OOL4052 £98 MEMIT2 SWITCHING MECHANISM a OD — INVERTING) SWmTcH CIRCUIT { A INPUT (~) t+) oe = aya | aw 7 (ail Q H | VERTIGO) a loxe 8 lie wonweneo TL)” [| wwpur (+) ©) we ' Q, pr Qs alin
1 Vee
(47KQ) +Ves ‘As shown in the above figure, the M5201 transfers switch- fe ing signals by externally feeding the current to the Vr on } the Qze side of the current mirror transistor circuit (which |, an consists of transistors Q2e and Qz7). That is, when no oO current is fed to pin @, Qro is turned on by four diodes “Veo connected to Qio to activate the amplifier for channel A. When current is fed to pin D, the collector current to Qo flows to turn on the six diodes connected to Qo and +ee channel Bis activated. Thus, applying are removing current f to/from pin @ switches an active channel, therefore, ° M5203 can arbituraly control the driving method regardless of the type of power supply (single or dual). D It is recommended to connect a pull-up resistor Rp to pin @ to the reduce current sensitivity of transistor Qz¢ because a very small current may tum on the Ve. PIN (1) TURN-ON CURRENT WHEN 4 PULL-UP RESISTOR Fe IS CONNECTED lon (Re=47k2) ACON/B-OFF AREA B-ON/B-OFF AREA 0 5 pA20 uA 3.4mA (00 NOT USE THIS UNSTABLE CURRENT AREA. i ae ELECTRIC 2—29