TBA810AS

TBA810S TFUNK | Alldatasheet

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ee TBA 8100S: TBA 810 AS Monolithisch Integrierte Schaltung ream mecarated heut Cd Anwendung: _NF-Leistungsverstarker > Application: Audio power amplifier 1 @ Thermische Abschaltung © Thermal shut-down / [ 714 @ Hoher Ausgangsstrom bis 2,5 A © High output current, up to2.5A / © GroBer Versorgungsspannungsbereich, © Wide range of supply voltage, / [] 4 bis 20V 410 20V / ee 12 @ Hohe Ausgangsleistung, 7 W @ High output power 7 W 4 ( NT a a @ Kleine Ubernahmeverzerrungen @ Low harmonic distortion Be Dt Dy © Kleiner Klirrfaktor @ Low cross overdistortion 14 © Sehr guter Wirkungsgrad, 70% © Very high efficiency 70% ey Vorlaufige technische Daten - Preliminary specifications ‘Abmessungen In mm a (] Dimensions in mm foe Ths

1 YP oe

== 5 | — ° a ° to ono ro Substrat 751813 4 > ith | Sih o Fig. 1 Schaltung und AnschluBbelegung ” {YY St) ! Diagram and pin connections Puce | PE ae a PS lee ass Sieh] | wl a i Lg Lod ae — ™ Absolute Grenzdaten - Absolute maximum ratings 3 0 al eae — Bezugspunkt Pin 9, Pin 10

4 Reference point

a a L ays Versorgungsspannung Pin 1 Ug 20 v . . / Supply voltage ia) wae — i Spezialgehause ; BTY SBN | Kunststoff AusgangsstoBstrom Pint2 lag 35 A Oy _ Special case , Surge output current Plastic

2 Gewicht » Weight Ausgangsspitzenstrom Pint2 qq + 25 A

=r max. 1.39 Peak output current ao (repetitive) TBA810S TBA 810 AS Verlustleistung Fig. 2,3, 4,5,6 Power dissipation lamb = 80°C TBABIOS §— Pigt 1 w lease = 100°C TBABIOAS = Piot 5 w Sperrschichttemperatur 4 +150 °c Junction temperature Lagerungstemperaturbereich ‘sta 40... +150 °c Storage temperature range B2/V.2.5711175AT 17

4 [TTP Tea io as t HH rea ews TBA 810S ote ee HEE 7 Con CT Wirmewiderstinde Min, Typ. Max. dd DE ee Hh | tot TTT TTT Thermal resistances scorn rr H CO Sperrschicht-Umgebung TBABIOS Rina 70 °Ciw SESE BREE RRR Cees GRRRRRERRRRRRORLEES Junction ambient TBABIOAS = Rina 80 °C/W Wee 3 CULE Pe VON we eat Sperrschicht-Gehause Fig. 3,4,5 TBA810S = Rtpjc') 12 °C/W apo Avaah TT meses ee Junction case Fee ypastoas RNC 3 cow + reo HiT Fe ay aot Elektrische KenngréBen HH HH / Electrical characteristics TT 7 \\ TTA TT al a vis f, = 25°C, Ry = 56Q, Bezugspunkt: Pin 9, Pin 10 falls nicht anders angegeben i | 2 4 17 ‘amb ft A y

3 HELTER CAT Eee ol Reference point: Unless otherwise specified

te LEN EA We Versorgungsspannung pnt Us : mv titi A | Supply voltage afte aupeaay cane ASUEREERRROREIGRR vitenspannung Hotties) AR Coote Quiescent output voltage Poorer nse cre “COO uotaay Foto Pint? Ugg 8472 AHH NS COT Ruhestrom der Gesamtschaltung Ho i CoG HvSPRERLAHAENELEAE Quiescent drain current SERSEBREERREEDSERAE Cree Ug = 14,4 Fig.12 Pin 1 Igg 12 20. mA ome Arr) COT r= Gesamistromaufnahme -40 0 40 80 120°C ° 10 20 30 40mm upply c = = 6W, Ug = 14,4. 'amb:'case —™ ' Muao ts= aN Pint Istot 600 mA Thermische Abschalttemperatur Thermal shut-down temperature Prot = 2.8 W Fig. 11 lease 120 °c Brummunterdriickung Y Kihlkérper . ‘Supply voltage rejection ratio Heatsink Ug = 14,4V, RL = 49 Yj Rthca=30 °C/W Sgr = 100 Hz Fig. 14,15 kgvp 48 4B Yl Eingangsstrom a A 3 A A Input current N a ~— “A Ud = 14,4V Pin8 = Nig . 04 4 yA —— | PB / ‘AuSgangsleistung Fig. 6,8,9, 10, 11 Rca a a Qutput power Y RL =4Q, f = 1 kHz, k= 10% Ug = 16,.0V Pa 7 Ww Y / Ug=144V Py 46 6 w f Ug= 90V % 25 w Z Yd. Se Ug= 60V Pa 1 w Eingangsspannung Pin8 Uj 220 mv Input voltage Harpapier Kupferkaschiertes Hartpapier ieee Fig. 18 Pin’ jor PC board Us = 14,4 V, Pq = 6W, Kupfertivehe 38 ym dick f= kHz, Ry = 4, Ry=56Q Uy 80 mv Copper area 38 ym thickness Fig. 5 R=20 U, 38 my Fig. 4 ') mit Kuniflache Rinca = 10°C/W with cooling plate oo ee 20

vO rr i i_orverv TBA 810 S - TBA 810 AS Se Min. Typ. Max. Eingangswiderstand Pin8 5 Ma { CIT { HA Input resistance OT sorcerer LTT TT ot Bandbreite (-3 dB) Fig. 16 Prot TT TT Ansa TTT tot TTT TTT TT Band width * / atte e?* TOT ality «ey TTT Cg = 1800 pF 8 40.1000 / He LE (iit “~ Cy Klirrfaktor Fig. 6, 19, 20 / / COT COT Distortion a VA POT PTT Us = 144 V, Ry = 40, ‘ 4 SCOTT STOTEE J= 1 kHz, Py = 50 mW bis/to 3 W k 03 % Coo COATS Spannungsverstarkungen - CVC SSS TTT i CTT ATT TT an Voltage amplifications | Ug = 144, RL = 40, f= 1 kHz 2A oO TTT cs Ww os a Open loop ug mit Gegenkopplun Fig. 17 A 348 d CTT WT TT 9 9. ut 7 400 6B 7 an Pe closed loop WOE AT 1 Eingangsrauschspannung PY TTT ISRRRERRERRRERR OER Ug=144V, B= 20..20000Hz PNB Un 2 py | Eingangsrauschstrom OOO TTT TT Tee} COO TT TTT Tre | Input noise current ° 4 6 2 16V ° 2 4 #6 68W Us =14,4V,B=20..20000Hz Pin’ Inj on nA Ug—— Py Wirkungsgrad Fig. 6,9 iciency Py = SW, Us = 14,4, CTT Te] 4 OTT TT es ‘a 1. Us = 14,4 V, RL=4Q, f= 1 kHz ” 70 % ! LTT TT fy LTTE TT [TTT eewey TOT TT LP a-eo LETT TTT renee Ugeteay sol Hse, DOO alll] nese HH | rrr © TAT SC sm SOT Come a Oo LOTT TT PT PT tcese TTT YT Co O1nF ? on L room LOA HH CTT oy o4 Se eo LOTTE TTT eH A ; 100 HF LOA CTT Kuhtahnen 12 iF = TBA g108 ° A TAT ST TTT TTT Re whe “] CPA CT roora[] ° 9s c. / / ° 97 ©. G be POAT TTT) TTT O10 3 1000 uF 40+} 4 be iene | Onur ACT SRRRORRREP ARR : y WYO GRRE ED AR o L C ATT TTT TT TTT TTT LETT TTT TTT) soo. 5.6nF sol HTT TTT aU ATT fe os a LITT TT LTA : dal = oour wa % PTT CTT TAT TT TTT] il PTT PUTA TTT TTT + COT TTT Tre COTY TTT TTT Tee} Fig. 6 MeBschaltung fir: Pg, Piot. k.1) und Anwendungsbeispie! ° 2 4 6 8Ww ° 4 8 2 VY Testciteult for: ane application note 1 i qo Us—— ; 1G 22

BA 810 . ooo — MEanHGAaEE AS T Hrd ~~. AH ba aIHtaatE . if cH W0 HH seo HH 10S HHH Cry apt {|| om aan Coe 8 =] Tf ATT aa Pt TBA Se se RETR tt Ho HH Hl Ho HORREAAEE EA co HA SORnE co vO HAH °C Tih ITT nna sr) au EH “CEcoorh HA oUSAERAASGIAL 7 He H ro sett Co nya ane ron A PY Coo ee Corr a rr CECE ‘TI Coc cI ro roo Coo cool cot Ht VE LA Gna Cocee lise Z| soon Atl mo [I roe Cot ro ' Ra + 7 coy} mL Coo A aaa HA i. -20r Ca TTRAT ian Hc a H TT rd | LA nna CTT cH fs HACC Pt tH ron HAH rh HHH if ast LAH {| anna COA ane ann TTA TI TTT TN Hit ITH rH HET co tren ATT d coo WCC Cc H HH Ch § HoH coe errr Cee Cee atl cory Cer co He Ul WALT BEGHRREGE tQEEER Core cA reer i [TI cv Croce TTT ret coor Poe et Coa rT an se Hi ArH coor tooo Core) Faanuaaennai HEH CLT CoO Aas ttt RARETERREAEEY Cott no + “ee | eae cr CTL ie A4j rm H AEE SREEREOEAED HE [= — “a ATT} vy, ofA [+ Tl 80 Ree aa ITY Cy y a cy COT he ry ante avaaal SHAE HAH AB [Pe] 0 f | (TI rT ane 7 so nau H cho Hitt sae Cro Cot TeV Tal — == iH SEES HHH “oth a ‘s Seer eet HH HEH coor re Cre] ° 4 Smetiiii ees 1 se eee ee CO so} cI Ci rr nae ann 16V [a] sof — CoH Cy Roce e ee ana ERERROEEE Ug Head SSS roo cr 4 meal rho Uo 8 ‘5 CI CCL u CT | | Lote LECT tHE 4 GREE ro Coo | crse Lt ‘Ho. EE Aas ° \\ Onan cr | aes Harn HEATH SSH ear beech 160°C . ‘sve datas 10 Sate lease ters == a ° * “8 “ N shut-down al limiting circuit of A 2 sauna iba Thermal oe ot tages: It it Is Via ero ree} ro] rr Ee Hadaraeaie advant t (even i tem- “Y LTT TT TTT man i | - followi evbtont / J ann Tt aan pe | ia whe Iten: jenzerschar te 0 on tne out ed nana T p a Abachalte he Begr: vero ad On no ported. oT _—- [] ae a isches rmische | 1. An o} ent), Or ily SUP} oe il NOT To rl Z Ate Therm baute nde Vortlle: nges perature can be ea r of THN er vi 1 Ee " wan ; | a Die singer folgende Bos Ausgendes perature smaller facie LNT [| T uyerse (TT ee mat wingers nung der zalassigen ch ver n have ofa conven the AAA jaeo PTT] Saati eematil : jernde ng der zulassiae0 © compared mth ao on ature: ae Ny Joy" 00 aa oH mal * Ger eine Erhohu ratur a 2, The heat sink ca device temperature: og DE meso Pot tT oder sine Enon one safety compared wit Lee ond therefor Pr TTTX rl CT mn | [Fieie] Umgebungatem aber Konventionel- clecuit. Ther rg” nat Py tand He CT ro |_| IL | a i hindert we jeniiber | ren Sic! ‘se of ens is that i). rT Coe Coo 500 oem keine! i_ eine cai t happ ed (fig. ro rT TT 00 — i : ralungen mt emeine Be a all that are reduc if ron rc | 50 1 Rt 2. Die KGhlung kan leat werden. Be Sper, llthat ~40r TT] Cr nna 001 t lenSchaltungens Latent tls ” ro roo 10 Kor aus lastung wird | < wir iT a | [ras] Scams oe fos Heit iat a ols nicht Infolge d somit Pto Coo 120 600 sehtompe Fa om) co! 40 80 ‘ aussie (siehe Fig. 11). ~ 60, reduzier 23 24

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100 Saaaeensceegsaez==s| 100 eee ee

Seeconcscnsccasae=as| mV FEE eee 781831 Te ay 50 ee aae8 50: POA eee 's Re COA eer | C10) Coo Coo oe cb oe nnn UR EAEEE 4, Co OF . Sf wT T ‘ Le PEON PAA TT at ‘ wow 10f et =| 10+ <= | | Kuhitahnen 12 Eeccecceeeecseeses== Se ceszenepescnssse= aL) , a a FREE EH} on Crore a Po coral | © os pert HE-HH TT He a mannan X rt o7 poe CE Loeeet T, 9° co? eS CT LIK Ty ose WET TTT ee CTPA SET Tie ee | 1 FigaT 1 [Fi.16 | 100pF' Ul Oo 20 40 60 80Q ° 20 40 60 80 2 ev . Re—e Ree ay Ay raiehe ig.te | } cc ico ft Pre Popes Co L] wrvev HH Fig. 21 Schaltungsbeispie! mit hochliegendem Ry 8: ne 580 H al a Circuit example with load connected to supply voltage xf] ee TE TTT focus ICCC tana? ee Al ovevenran 1 (i | ee fo a pe a (| CO on arp een Tie man WT igs 05 w eta at tH 2 ECEICE oI Hi WCC RIE TIT | 1 an WCE J i aa WET al | ' A a TT ea iT [i foil CON Po ith COOMA a a A Coo co of 1 TAU 1 i [ren 9 DOWIE ri Pes] On os 1 pow 001 (Ot 1 10 kHz ee _ EEE SY CT 26 _