M5220FP

M5220L MITSUBISHI | Alldatasheet

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MITSUBISHI <LINEAR ICs> MS220OL, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) DESCRIPTION ; oe PIN CONFIGURATION (TOP VIEW) The M5220 is a semiconductor integrated circuit designed for a preamplifier in audio equipment of stereo and cassette tape decks. [8](+) POWER SUPPLY Two low-noise operational amplifier circuits displaying in- OUTPUT 2 ternal phase-compensated high gain and low distortion are Ao INVERTED INPUT 2 contained in a 8-pin SIP, DIP or FP, suitable for application mel NON-INVERTED INPUT 2 as an equalizer and tone contro! amplifier of stereo equip- [a](—) Power SUPPLY ment and cassette tape decks. The unit can also be used as “tee i, : NON-INVERTED INPUT 1 a general-purpose amplifier in portable equipment such as a stereo cassette tape recorder of a single power supply Vo INVERTED INPUT | type as it operates at a low supply voltage. {ijouteutt FEATURES Outline 8P5 (M5220L) @ Low noise ++" Vyi=0.75 x Vims typ.(Rg=2.2kQ, RIAA) S/N=83dB typ.(Shorted input, IHF-A network . ourpur i[i}® Pa ROWER RIAA, PHONO=2.5mVrms) INVERTED INPUT A\\ output 2 @ High voltage sss esseeeeeeeeessenii Veg= 25V(50V) NON-INVERTED S|] iN FeJinverteo inpur 2 @ Low PHONO maximum input voltage (~) POWERTa{ NON-INVERTED secreneeesneceennieesitesniecseseessseeees Yi=235mVeMs (typ.) SUPPLY INPUT 2 (Voc=+22.5V, f=1kHz) Outline 8P4_ (M5220P) © High gain, tow distortion 8P2S (M5220FP) feetitttnisseeesseeees Gyo=113dB, THD=0.001%(typ.) @ High slew rate «essere SR=6.5V/ us(typ.) @ High toad current, high power dissipation sitresreseessesssrseseesseees ty p= 5OMA, Pg=800MW(SIP) Pg=625mW( DIP) Pg=440mW(FP) APPLICATION General-purpose preamplifier in stereo equipment, tape decks and radio stereo cassette recorders. RECOMMENDED OPERATING CONDITIONS Supply voltage range ==" ves £2~+22. 5V Rated supply voltage sts ser ves £22.5V EQUIVALENT CIRCUIT (+) - - : . _ _, POWER SUPPLY (8) +Vcc | R, Rio | Pio Ou] Qroe i Qs 7 if Qs — Qos INVERTED j | |inverte D INPUT 1] Qa | Qn, Qroz Qhor INPUT 2 ae (] las, Re Rive Qhos i ©- i + ——— (J Dior - (s) + NON- > Ia Qio NON INVERTED s RS | | s Rios. INVERTED] INPUT 1 = z _ INPUT 2 c oa & UTD oe Cro L] Qe ‘Qn re J} ' Q, a +Ka Ors - Qho« Qos | Re (2 ai fa | for R, SPs Re Rioa > poy Crow L _j}_ - owl . tI. Vee (—) POWER oo 7 ---@) ee SUPPLY OUTPUT 1 OUTPUT 2 aes ! ELECTRIC 2-61

MITSUBISHI <LINEAR ICs> MS220L, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) ABSOLUTE MAXIMUM RATINGS (12=25°, unless otherwise noted) [vec | Supply vonage +25(50) [ie [bead curent 80] [via | Biterentiat nputwotage Sd [vic [Common inputvotage | Tee [ba | Power diesipatin STOTT |_| SP /6-B(O 4 FP) [Tons [Ambienttemperaure fmt | [Taig [Storage temperature 854125 ELECTRICAL CHARACTERISTICS (1a=25¢, Voc=+22.5v) Symbol paramet Test condit Unit mbo arameter est conditions ni if [ min [tye | Max | [ico | Gea eaten vg | [ie input bis curent | t=IkHz, Vo=S¥ims, RL=47kQ, RIAA [ [ooo fos | % | Rig=2. 20, BW=10Hz~30KHz, RIAA [orf 1.8 [avrms} Shorted i it (Rg=47Q), IHF-A network S/N Signal-to-noise ratio orted input (Rg ) newon 83 PHONO=2. 5mvrms, RIAA TEST CIRCUITS (a) Ice, Vio (b) Gvo +Vco @ lee 9 +Vce 3.34 4.47 3.34 ~ +. 1k 100k a “Vv. vi - Re ° i ane ©) | | b Vee | —Vee - 10k io 100°Vio + 1M | 10k 470% tr Gyo=20 100 Vo/Vi (dB) (c) Vom, THD 9 4+Vee + 47 + Tk sc 3.3% 100k A ° Vo! vi —— 336 he @ 69 O-Veo 100 56k [47k] 220nA2 + 0, 056 0.016 Unit Resistance : Q Capacitance : F MITSUBISHI 2-62 ELECTRIC

MITSUBISHI <LINEAR ICs> MS220L, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) OEE TEST CIRCUIT (d) Viv, S/N 9+Vcc 3.3y + 47 3.3. BAND PASS FILTER 2(S/N) o+ 41k R, 2(S/N) Re DIV) ‘9 47k BW: 10Hz~30kHz | y, V, 22k (o3ae © wor | Vnoz 100 56k | 4. 7k + 0.056 0.016% 220 ne RIAA EQ Unit Resistance : Q Gy=35. 6dB=60 TIMES (@1=1kHz) Capacitance : F 1. Vai=Vivor/60( uz Vems) 2, S/N=20 log (2. 5mVrms/(Vno2/60)) (dB) % An AC voltmeter V.V with a built-in IHF-A network filter should be used for measuring the S/N ratio. TYPICAL CHARACTERISTICS THERMAL DERATING VOLTAGE GAIN VS. (MAXIMUM RATING) FREQUENCY RESPONSE 1000 140 E 120 id ~ 800 ; a = © | 2 | e 100 N M5220P > NI Z 600 —— ° Q } z 8 KS E | z é 5 3 400 60 r Q NOS, < 40 ia fa Se, é g 200 <7 fs} NN > 20 Pt UTS ao 8o 955095100125 °10 100 1k TOK 100K 1M 10M 100M AMBIENT TEMPERATURE Ta (‘C) FREQUENCY { (Hz) CIRCUIT CURRENT VS. CIRCUIT CURRENT VS. SUPPLY VOLTAGE AMBIENT TEMPERATURE 5 - 5 adm BO < < —E 4 Lo 4 EE, | + 2 tee a ~ . 3} b 3 [> z Zz fry G 5? > 2 E Lt : rE e a 3 fe) o 1 Fa « 3 | 5 0 0 SUPPLY VOLTAGE Vcc (V) AMBIENT TEMPERATURE Ta (C) MITSUBISHI ara MES: 2-63

MITSUBISHI <LINEAR ICs> MS22O0L, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) APPLICATION EXAMPLES (1) Stereo equalizer amplifier circuit +Vec(+22. 5V) ° TYPICAL CHARACTERISTICS (Vcc=+22.5V, RIAA) c, + Gy=35. 6dB(f=1kHz) IN 3.3y 100p Ro + Vwi=0. 752 Vims(Rg=2.2kQ, BW=10Hz~30kHz) ° yt, + 1k OUT + S/N=83dB (IHF-A network, shorted input, 2. 5mVrms input

47 A ° sensitivity)

3.34 + THD=0, 001% (f=1kHz, Vo=5Vrms) Cex ° 100k: 100k & 47k Leh circuit constants are identical to those of Rch o Ce, Ce2 : Capacitors for buzz prevention, use if required. = Ro : Resistor used to prevent parasitic oscillation for capacitive + °. 056 0. 016 loads and current limiting with shorted and other abnormal load Units Resistance : QO 220 conditions, Capacitance : F TOTAL HARMONIC DISTORTION INPUT-REFERRED NOISE VOLTAGE g VS. OUTPUT VOLTAGE VS. SIGNAL SOURCE RESISTANCE ~ 0.1 w 2 Vec= +22. 5V: HT} HEA g Voce t2e5v. || [] F 0.05 }-—-RIAA Het 5 BW=10H2~30kHz TT | [|

3 IFA ote S 32P RIAA TY Ty

E oof ian 8. en 1 Boot LUT TT) ge es 2 oo 45 oo HTT TT ey SE BCA A Q fz! 3% 005 See cece we mal nun i [ © 0.002} ered tT TTT TY ae ss SE Zoot JIT] = 8 “ETT 2 ooo Lome ee ° 1 3°57 10 3 5 7100 100-3 571k 3 5 710k 3 5 7100k OUTPUT VOLTAGE Vo (Vrms) SIGNAL SOURCE RESISTANCE Rg (Q) SIGNAL-TO-NOISE RATIO VS. OUTPUT VOLTAGE VS. SIGNAL SOURCE RESISTANCE LOAD RESISTANCE 3 % 20 a Veo= +22. 5Vv 2 IHF-A NETWORK a Veo= £22. 5V | | z PHONO=2. 5mVrms fa OUTPUT RESISTANCE Ro=1kQ j 5 8 | || TI | E16} THO=0.1% pall 4 = a | TEN > 9 UW | AEN 8 Ie w oO \\ | 2 z= ia 5 80 N 58 +7 TCINI =f | ° 2 i 4 7% i z 4 (| ttt 3 5 i z 1 é \\ o rit 2 10 3 5700 3 57Ik 3 57 10k 100 3 571k 3 5710k 3 5 7100k SIGNAL SOURCE RESISTANCE Rg (Q) LOAD RESISTANCE R, (Q) ¢ MITSUBISHI 2-64 ELECTRIC

MITSUBISHI <LINEAR ICs> MS220L, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) nahh ant hh ellen nettles rial an OUTPUT VOLTAGE VS. SUPPLY VOLTAGE HUM REJECTION VS. FREQUENCY 20 —100 oo t=1kHz Vec= +22. 5V 2 THD=0. 196] a TEST CIRCUIT (RIAA) E % —e0 -Ra=1000 CoH : pO anil > = y 12 7 4 z 60 a LT | : ce eo a 8 ra 8 40 ; aoe ce g A 4 “Uy

5 LA 5 TN

a 4 2 —20 a ° LZ 0 = 0 +5 +10 +15 +20 +25 ar) 3.57100 3 571k 3 5 710k SUPPLY VOLTAGE Vec (V) FREQUENCY f (Hz) (2) Tape deck equalizer amplifier circuit TYPICAL CHARACTERISTICS (Vcc=+15V, NAB) + Gy=29. 9dB(I=1kHz) 4+Vce + Var=1. 04 Vims(Rg=2.2kQ, BW=20Hz~15kHz) o(+15v) (—120dBv) 2.26 nyt INo—# aoe TOTAL HARMONIC DISTORTION u o0uT _ VS. OUTPUT VOLTAGE s mg [Tobi de 2 Eee Ni F 0.05 Fe z ft ttt tot 8 ce NCA Co 30.008 eens aaneee Units Resistance : Q fe} PT SSALN Poptry | : Oa Capacitance : F 2 o,oo2 [t= tknz NI een 3.57 10 3. 57100 e OUTPUT VOLTAGE Vo (Vrms) Se

9 MITSUBISHI

MITSUBISHI <LINEAR ICs> MS220L, P, FP DUAL LOW-NOISE OPERATIONAL AMPLIFIERS(DUAL POWER SUPPLY TYPE) (3) Typical single power supply application PHONO EQUALIZER AMPLIFIER (RIAA) TYPICAL CHARACTERISTICS (Vcc=+30V, RIAA) v, + Gy=35, 6dB(1=1kHz) 9 30v + Vr=0. 75 x Vims(Rg=2. 2k Q, BW=10H2~30kHz) + S/N=834B (IHF-A network, shorted input, 2. 54Vems input sensitivity) = WE 47 yp TOTAL HARMONIC DISTORTION ay 33e abv ¢ VS. OUTPUT VOLTAGE INO 3 Ro Ik Son H cout g fT TIT TT Vc ov. 10K 2.2" F oosp + TTT tan 100k Caz sd a 100p 100k Z 0.03 mnnten A gee mani Coco Bot LT TTT + ® 0.01 ui S10K er ae 47 100 80.005 a} mas 0.056 x 0.016 « Fe a Eee AL + $0.03 PM EEA Leo, ee ac o9 4 oe mms, SSE TTT Capacitance : F 0.001 Is 5 1 3. 57 10 3. 5 7100 OUTPUT VOLTAGE Vo (Vrms) @ — Point A is the Vcc/2 point in DC terms (virtual ground) when the device is used as a single power supply type. © Co), Coz : Capacitor for buzz prevention, used if required. @ Ro : Resistor used to prevent parasitic oscillation for capacitive loads and current limiting with shorted and other abnormal conditions. MITSUBISHI 2-66 ate MES