J 7 . | A ELEKTRONICKE SOUCASTKY KONCERN ROZNOV AxanorosBbie UHTerpanbHbie MUKpOcxeMbI LiucbposBbie UHTerpanbHbie MUKPOCxXeMbI 2 Tu6pugHpie WHTerpanbHbie MUKPOCXeMbI 3 3aka3Hble VHTerpanbHble MUKPOCXembI 4 AuckpetHpie nonynpoBogAHukoBbie npudoppt 5 OntosnekTpoHHbie npudopp! 6 OnekTpoBakyyMHbIe u3qenusv 7 NaccusuHbie 3NEKTPOHHbIe SNeMeHTbI 8 KOHCTPYKUMOHHbIe u3qenuan ANA SNneKTpOHMKU 9 TexHonoruyeckue o6opyqaoBaHnua 101987 r. TESLA ROZNOV koncernovy podnik 756 61 ROZNOV POD RADHOSTEM TESLA PIESTANY koncernovy podnik 92172 PIESTANY TESLA TRINEC koncernovy podnik 739 69 TRINEC EXPORT: KOVO EXPORT IMPORT Jankoveova ul. 2 170 88 PRAHA 7 CSSR COAEPKAHHME NuHetHble WHTerpanbHbIe CxeMbI Napoli nuneiHbix MHTerpanbHbIx CxeM MunetHble MHTerpanbHble CxXeMbI AAA AUudcepeHynanbHdbIx ycnnuTenei KomneHcuposaHHbid aucpcepeHuManbHbld yCHAHTeNb BU ycuantend ot 0 go 120 MHz Moayauposanubid yactoTrod ycunutenb MY, aetektop, HY npeaycuautend MononntHpid cTa6uan3zatop HanpaxeHna 33 V Ycuantenb-orpahnuntenb HY Kea3sunapannenbubid 3ByKOROM yCunuTenb Oanonontocnpie wHTerpanbHble cxemp! MNOS TpexkaHanbHble npeaycunauTenu curHanos Onopuas cxema MAN gaan npwemHvkos ysetHoro TB YcuauTenw yBeTos CuHXPOHM3MpoBaHHble AeMOAyAATOPHI Cxembl 4a ynpaBNheHHA KOHTPacTOM HaCbILUCHHOCTbIO 4 APKOCTbIO B NPHEMHHKAaX YBeETHOrO TENEBUACHHKA Kom6vHauHA CXEM BEPTHKANbHOM pa3sBepTKU O6vequHeHHaa CxeMa ANA MarHMTOcboHoR Perynatop TOHOB HY ycuawtenw MOuHOCTH Komnapatopb! HanpsxeHHa Crpo6upyiowma ycunntenb OnepaunouHbie ycunutenn Cra6unuzaTopb! HanpsxeHHA VictouHHkK OnOpHoro HanpsxKeHHA MuterpanbHble MOu\HbIe CTaGuAM3aTOpbI HanpaxeHus Axanorosbie MyfAbTHNNeKCepbI AnnpokcHMmpylouywe perncrTpbi Uncposo-ananorosbid mpeo6paszosatenb 8 6uT MowvonntHan WHHTerpanbHas CxeMa Ana qazo0Boro ynpaBneHHna TpMakamMM 4 TMHpucTOpamMH WUnterpanbubie CxemMbl ana nexonepa nAn/CEKAM cTp. 20, a owwy ~ 10 13 14 15 16 7 18 22 21 23 26 28 29 39 41 42 44 48 50 52 54Tun cTp. Tun cTp. Tun cTp. MA1458 R . 29 MAB16G R 46 MDA2020 R 25 MA3000 R 6 MAB24E R 44 MDA2054 R 20 MA3005 R 6 MAB24F R 44 MDA3505 R 54 MA3006 R 6 MAB24G R44 MA7805 R 42 MDA3510 R56 MAB28E R 46 MDA3530 R 58 MA7812 R 42 MAB28F R 46 MDA4281V R 9 MA7815 R42 MAB28G R 46 MDA4290V R21 MA7824 R42 MAB311 R26 MDA7770 R 22 MAA115 R 3 MAB355 R 37 MAA125 R 3 MDAC08C R50 MAB356 R 37 MDACO8BCC R_ 50 MAA145 R 3 MAB357 R 37 MDACOBCP R50 MAA225 R 3 MAB360 R27 MDACO8EC R_ 50 MAA245 R 3 MAB398 R28 MDACO8EP R_ 50 MAA325 R 4 MAC01 R41 MAA345 R 4 MHB1502 R 48 MACO8A R 44 MHB1504 R 48 MAA435 R 4 MACI6A R 46 MHC1502 R 48 MAA436 tT 3 MAC24A R 44 MHC1504 R 48 MAASO01 R30 MAC28A R 46 MAA502 R30 MAC111 R 26 MAA503 T 30 MAC155 R 37 MAAS504 R30 MAC156 R37 MAA525 R 4 MAC157 R 37 MAAS550 R 7 MAC160 R27 MAA661 T 7 MAC198 R 28 MAA723 R 39 MAF115 R 53 MAA723CN T 40 MASS560A P10 MAA723H R 39 MAS562 P11 MAA725 R32 MAS1008 P12 MAA725B R 32 MBA125 R 5 MAA725C R 32 MBA145 R 5 MAA725H R32 MBA225 R 5 MAA725J R32 MBA245 R 5 MAA725K R32 MBA530 T 413 MAA741 R 34 MBA540 T 14 MAA741C R 34 MBA810DS R_ 24 MAA741CN R36 MBA810DAS R24 MAA748 R34 MBA915 R 23 MAA748C R34 MBA915A R23 MAA748CN R_ 36 MCA640 R 15 MABO01D KR 41 MCA650 R16 MABO1H R 41 MCA660 R 17 MABO8E R 44 MCA770A R 8 MABO8F R 44 MDA1044 R 18 MAB08G R 44 MDA1044E R_~ 18 MAB16E R 46 MDA1670X R= 19 MAB16F R 46 MDA2010 R25MAA115 Kopnyc 10 1 MAA125 MAA145 > *Up MAA225 Kopnyc 10 2 MAA245 Up XapaktepucTHy4yeckHe AaHHbe: Tun MAA115 MAA125 MAA145 MAA225 MAA245 Vamepaetca npu Younenue no Au > 50 -- _ _ dB Us = 1,3 V, Uzey = 0,3 V, HanpsxeHHio f = 1 kHz, R, = 470 2 Au 75 > 70 - 84> 78 dB Usp = 7V, Uses = 2,1 V, f = 1 kHz, Rr. = 470 2 Au = 75> 70 _ 90 ~ 80 dB a 12. V, User = 3,6 V, = 1kHz, Rp = 470 2 Ay _ 59 > 54 59 > 54 70 > 60 70 > 60 dB ema Urseyf = 1,7 V, f = 1 MHz, Re = 470 2 BxoaHoe R; >3 _ _ kQ Un = 7V, f = 1 kHz, conpoTneneHne Rp = 470 Q R; - - >2 ao o kQ Us = 12 V, f = 1 kHz, - Rr = 4700 Uckaxenue K < 10 _ ~ % Us = 1,3 V, Urey = 0,3 V, f = 1 kHz, Rr, = 4702 K <1,5 _ < 10 % Us = 7V, Usest = 2,1 V, f = 1 kHz, Rr = 470 2 K < 1,5 _ < 10 Fy Us = 12 V, Uses) = 3,6 V, : f = 1 kHz, Ri = 470 2 Hanpaxenue Un <5 ~ -- os uV Un = 1,3V, Re = 470 Q, wyma Re = 470 Q, f = 40 Hz... ... 15 kHz Uy = 2<5 B<5 = uv Up = 45 V, Re = 470 9, Re = 470 Q, f = 40 Hz... .+. 15 kHz Npeaenbuble 3HAaNEHHMA: MAA115 MAA125 MAA145 HanpaxeHue nutaHua Us ~ max, 4 7 12 Vv Nukopoe Hanpaxenne Usy2m mox. 4 7 12 Vv O6uwHH TOK lo max. 50 mA MoujHoctb notepb (iq s 45C) Prot max. 300 mW TemnepatypHoe conpotnsnenne Rrhja max. 330 K/W Temnepatypa nepexoga bj max. 150 C Temnepatypa oKpyxatowel Cpeabi De max. 55... +125 C MAA225 MAA245 Hanpaxenne nutanna Us max. 7 12 Vv NMukosoe HanpaxeHue U2jam max. 7 12 Vv Tok l2, |3 la, Is max, 40 mA MoujHoctb notepb (i, s 45C) Prot max. 300 mW TemnepatypHoe conpotueneHne Renja max. 300 K/W Temnepatypa okpyxatoued Cpe,pi ity max. 55...41725 CASN 4k eet ee ! R | e70 pupaue o-$---3-4-8 t * | +6 i } | | : dy 2k | te} J i i / ry 4 | cot h Ki af OK Ot 2 babe me fel Pin je | Tom fa T 7 : 4 4 : j L - : MAA325 MAA435 MAAS525 MAA345 KOPNYC: 10-3 XapakTepuctuueckune AaHuHobie: VMiamepaetca npu MAA325 Au > 70 dB Us = 7V, Usey = 2,1 V, f = 1 kHz, Re = 2kQ, Re = 4702 MAA345 Au > 60 dB Us = 7V, Usefp = 1,7 V, f = 1 MHz, Ro = 2 kQ K < 10 Io Us = 7V, Uzeyy = 2,1 V, f = 1 kHz, Ro = 2kQ, Rr = 4702 F)) <8 dB Usjs = 6V, Is = 100 vA, f = 1 kHz, Re = 2 kQ, Af = 30 Hz...15 kHz h2ie }) > 30 U7j5 = 1V, Is = 1 mA U77/5 sat 1) < 0,2 V Usjs = 6V, Ic = 10.18 U1/2 sat *) < 0,6 Vv Usjy2 = 6V, Usy3 = OV, Re = 4702 MAA435 heer > 40 Usja = 6V, I5 = 0,2 mA haie2 > 40 U7j6 = 6V, lz = 0,2 mA hare3 > 40 Us; = 3,5 V, le = 15 mA Use 0,55...0,8 Vv ls = 0,2 mA, Usjs = 6 V Usjes <0,7 Vv lr = 0,5 mA, Is = 20 mA Uz )3s5 <09 Vv le = 0,2 mA, l7 = 8 mA F <8 dB Usjs = 6V, Ile = 100 vA, Re = 2kQ, f = 1 kHz, |haze] (11, 72,73) 21 Af = 30 Hz...15 kHz Uce = 6V, lg = 2 mA, f = 100 MHz MAA525 hae > 20 Uce = 6V, le = 2 mA (Ty, Ta, Ts) Use 0,5 < 0,75 < 0,8 Vv Ucs = 6V, le = 200 wA (T1, Tz, Ts) Uces < 0,4 Vv lc = 8 mA, Ig = 0,4 mA (Ty, Ta, Ts) |h2tel 21 Uce = 6V, le = 2 mA, f = 100 MHz, (T;, To, Ts) F (11) = 10 dB Ugs1 = 6V, I = 100 uA, Re = 2kQ, f = 1 kHz, Af = 30 Hz...15 kHz 1) nepsoro tpansucropa 2) tpetbero TpaH3nctopa Npegenbuble 3HaueHUA: MAA325, MAA345 MAA435 MAA525 (T1, T2, T3) Us max. 7 12 Vv Us/s max. 7 V Uceo max. 7 V Us;3 max, 7 7 Vv Uris max. 7 Vv Urso max. 5 Vv Urje max. 7 12 Vv Use max. 9 V le (13) max. 40 mA Us/s0 max. 20 Vv Us/4 max. 15 Vv Ic (12) max. 20 mA Us/5 max. 7 Vv Usy1 max. 15 Vv le (T1) max. 10 mA Usjam s max, 6 V Us/4 max. 6 V Prot3) max. 300 mW Usj6m == max, 6 Vv Us/6 max. 6 Vv dj max. 150 5G I max. 40 mA Uoy1 max, 6 Vv da mox. 55...4+125 C lo max. 40 mA l2 max. 40 mA Is max. 20 mA Is max. 20 mA l7 max. 20 mA I3 max. 20 mA la max. 10 mA ly max. 10 mA Ig max, 5 mA ly max. 10 mA le max. 10 mA Prot 3) max. 300 mW Prot 3) = max. 300 mW By max. 150 C ij max. 150 5 ia max, 55...+125 C ta max. 55...+125 C 3) da = 45C SE OE ES EES PRETTY SES CT pes.MBA225 MBA245 M3mepsetca npu XapaktepuctHueckune Ay > 60 dB Us = 7V, Uzeyp = 1V, f = 1 kHz, Rp = 470 2 Au > 50 dB Us = 7V, Use, = 1V, f = 1 MHz, Rp = 4702 Aud <5 dB Us = 7V, f = 1 kHz, Rr = 470 2 Ry >3 kQ Up = 7V, f = 1kHz, Re = 4702 K < 1,5 %, Us = 7V, Users = 2,1 V, f = 1 kHz, Re = 470 2 Un (U2:Au) <5 eY Up = 45V, Rr = 470 2, f = 40 Hz...15 kHz Us/60 <6 U3/s0 <6 Vv MBA225 MBA245 Npenenbupe Us max. 12 3HAUCHHA: U2y30 max, 12 Uasyso max. 12 | max. 50 P ( < 45C) = max. 300 dj max. 150 Rthja max. 330 a max. 55... +125 Xapaktepuctuueckue Pa3HocTHoe ycuneHne MBA125, MBA145 no HanpaxeHHio Auda Borxoqguaa amnautyga Uom Vv BxoguHasa HeCMuMMeTpHUHOCTh HanpaxkeHHa Ura mV BxoquHaa HeECHMMeTPHUHOCTb TOKa lio uA Bxoquou ToK nokoa lip uA Up = +7V Kos@cbuunexT nogasnenna CyMMapHoro curHana CMR dB Bxoqnoe conpotusneHne Ry kQ BbixoqHoe conpotusneHne Ro kQ Wupuva nonoch! nponycKanna BW 0,001...5000 kHz MBA125 MBA145 Kopnyc 10 3 Npeaenbupe Us max. +12 3HaueHHA: Urp max. +4 Uis4 max. 12 Uri4 max. 12 Uays max. 12 Is/3 max. 20 Prot max. 300 dy max. 150 tha max. 55... +125 VMiamepsetca npuNpeaenbnHbie 3HaueHHA: XapakTe@puctwyueckne 3HAYEHHA: ee max. 10 V EE max. 10 Vi Uce = 6V, Use = 6V, Uso 1,4 <5 mV Ur) max. 2 Vo f=1kHe lro 1,2 < 10 BA U, *) max. +2 Vv lro 23 < 36 uA Prot max. 300 mW Us, Uso 3) 2,6 15...3,2 Vv Da max. 55...+125 C Prot 3) 25...60 mW stg max. 65...+4+155 C Aud 4) 32 > 28 dB Aud 5) 37 > 33 dB 1) Hecummerpnunpii Bxoa Uo mya 6,4 >5 Vv 2) CummeTpHunbii Bxoa BW (3 dB) 650 > 600 kHz 3) Borpogei 4,5 HenogKniouenn! CMR 98 > 70 dB 4) HecuMMeTpHUHbIA BbIxo, Zr 195 > 70 kQ 5) Cummetpuunpiit epixoa Zo 8 5S: 405 kQ K 0,2 <5 ofp AGC 90 > 8 d Kopnyc: 10-8 : rf MA3005 MA3006 MA3000 NpegaentuHpe 3HaANUeHHA:? Xapaktepuctnueckne A~aHHoe: Ucc = 6V, Urs = 6V Uce max, +12 Vv Uro 2,6 mV MA3005 Ure max. 12 V Uro 0,8 <1,1 mV MA3006 U;') max, +3,5 Vv lio < 42 uA U; 2) mox, 25...+3,5 V lro < 2,1 BA Prot max, 300 mW lio, Via 1,1 055.0007 mA pexum A da mox. 55...4+125 C tro, Vas 0,5 0,23...0,8 mA pexum B Ostg max, 65...4+155 C lio, bia 3,0 1,5....4,6 mA pexum C = troy tas 1,6 0,75..:5.2,5 A pexum E ; wee P lec, lee Pe saad mA pexum A, dg = +25 2 Cent en cc, lee 1,2....4,4 mA pexum A, dq = 55C P - ec, IEE lz mA pexum A, dq = 4+125C 3) Mpegenbubie sHayeHna OTAeNbHDbIX a 45 dB (f = 100 MHz) pexum D SNEKTPOA NOAPOOHO cnelMcpHlMpo- ha > 13 dB (f = 100 MHz) ena D BaHbl B KOHCTPYKTHBHOM KaTanore pd P . Fa <95 dB (f = 100 MHz) pexum D NWHEHHbIX MHTerpanbHbIx CXeM. AGC ~ 60 dB (f = 1,75 MHz) pexnm D Boisog 8 npoBsognmo nogKniwueH f 0 120 MHz : K Kkopnycy. cae Pexum A: Boleogbi 4 4 5 HenogKnioueHbi C: Boisog 5 nogKnoueH kK BbiBogy 8 K abipoay 8 B: Boteog 4 noaKxntouer D: Boisogp 4 4 5 noaknwoueHbt Kopnyc: 10-9 K BbiBoay 8 kK sbiBoay 8 TOGA WS TS Fe CS sR SS RS a eS SE 64% 321109 8 Bua cBepxy nonnoon b UUUUUH 1234567 aL 20K go 4 6 11 T T6 6 4 1 Tg R, R2 R, 5 go Zo4 5 Kopnyc 10 13 Npegenbublie 3HaueHHA: Uce max. +15 Vv Usi6 max. +4 Vv Prot max. 600 mW Da max. 0...+70 "EC Dseg max. 55...+155 % OrpuyatenbHoe HanpsAmeHHe HE AOMKHO NPHMBECTH Ha CxeMy. XapaktepuctnuuecknHe AaHHole: Ba = 25C, Ucc = + 12 V Cratwyueckne fannple: OG6ujHA pabouni ToK Hanpaxeunue Ha BoiBogy 2, Bxog AeTeKTOpa Hanpsxeunue va BbiBoay 6, Bxog ycuneHna Hanpaxeune Ha BbiBoAy 4, BbIXOA yCHAHTeNA, BbICOKHH ypOBeHb Hanpsxeune Ha BbiBOAy 8, BbIXOA yCHNMTeNs, Hu3KHH ypoBeHb HanpsxeHue Ha BbiBogy 14, BbIxog Hu PaGoune qannvie: Younutenb npomexytTouHon uactote!, f = 6,5 MHz KoadcbuyneHT YCHNeCHHA HanpAKeHMA YCHAMTENA (Ur = 100 xV) BxoguHoe HanpaxeHHe Ana OrpaHnueHHA yCunntensa (Af = +50 kHz, fmoa 1 kHz) BbixoqHoe HY HaNnpAxKeHHe AeTeKTOpa (Ur = 10 mV, Af = +50 kHz, fmoa = 1 kHz) Nogasnenne amnautyAHow moaynaunn (Ur = 10 mV, Af = +50 kHz, fmoa = 1 kHz, moayasyna 30 %fo) UckaxeHue BbIxXOqHoro HU CHrHana (Ur = 10 mV, Af = +25 kHz, fmod = 1 kHz) Nonvoe conpotuenenne Harpy3ku Bxoquoe CONPOTHBNeHKHE YCHAMTeNA Bxoghoe conpotwanenve getextopa (sbiBo, 12) Boixoquoe conpotwuenenue ycunmtena (BbIBO, 8) Boixoquoe conpotuenenve getextopa (BbiBog 14) nom. min,-max. lee 13 B55 18 mA Up 3,7 Vv Us 1,45 Vv Us LS Vv Us 0,145 Vv U4 ar 7,00 Vv Au 60 dB Usom 70 < 350 uv Uo ar 1000 > 500 mV AMR 50 > 40 dB K 1 % Ri >2 kQ Ry 3,4 kQ Ri 12 70 kQ Ros 60 Q Ro 14 100 - Q Ry 33k fe) [ x | N MAA550 oO + Upyn = 34..35V Tun Upjn rP/N A Upjy npw Ipyn Npegeavuvie 3hayeHna Ipyn ') dj Kopnyc Vv Q mV mA mA so 10 10 MAA550 31...35 12 < 25 125... +62 5 15 150 1) be 8 75CABYXNONMOCHbIA VCHAMTENb OFPAHMYMTENb C AETEKTOPOM BANAHCA 4M VM HY YCMAMTENEM, C _ NPEAHA3HAYEHHbIA ANA NPAMEHEHMA B AMANAZOHE we he YACTOT OT 100 kHz 40 500 kHz C Y3KONONOCHOA MOAYAAUKMEK 4M 1 6) Npegenbuoe SHAYEHHA: MHH, makc. CoequHeHuve BbiBOgoB Uce 4s y (Buq ceepxy) o ba a0 +70 = 01 sxog curHana dstg 55 +125 c 02 sbiBoA ana nogKknioueHua BHew- He mkoctw (0,68 uF) 03,14 HeCoequHeHHbIi BbiBog & or irre ieee 1S *Uee 04 sbiBOA ANA noAkKnioveHnA BHeEW- MCA 770A - , M27 He 6mkoctn (0,68 uF) ME? | 2 2 : 05 oTpmy. nontoc HanpaxeHua nuta- eee || tet wna (1) : _ - hg au 06,07,08,09 sbiBog ana nogknioueHna ____ i cxemp! RLC Tosti 10 pbixog aeTeKTopa = 11 BbIBoq gna nogKniouenna oGpat- HOH CBA3K 1 ge) 12 spiBoA ana ycTaHoBKH pa6ouei Ri Toukw w Bxog HY ycuautens a 13 spixog HU ycunutena MI wzrl| 15 nonomutTenbHblid nontoc Hanpsxe- . Ha nutaHHa (+ Ucc) 0M L 16 oTpmuatenbHbId nonioc Hanpax. nutanua (1) Uo = (Ri + R2) / Ro. Ure KOPNYC: 1O-14 XAPAKTEPMCTMYECKME AAHHbIE: da = 25C, Ucc = 7,5 V, fr = 100 kHz Ocnosuble Aannple: HOM. MHH.-Makc. e 3Ha4, Notpe6nenue toKa lec 400 s 600 uA Bxoguoe HanpsxkeHMe 4A orpaHHueHna 3 dB, fm = 1 kHz, Af = +5,0 kHz Urom 17 <= 30 uV Nogasnenne AM curHan UM: Af = +5,0 kHz, fm = 70 Hz, Rp = 100 kQ curHan AM: m = 0,3; fm = 1 kHz Ur = 300 uv ee} 32 dB Ur=1mV 2 34 dB Ur = 10 mV a3 36 dB Boixoquoe HY HanpsxeHne (B TOUKe H3amepeHHi4 A) Ur = 10 mV, fm = 1 kHz, Af = +5,0 kHz, Re = 100 kQ Uo 380 = 180 mV Uckaxenne (8 Touke u3mepeHnii B) Ur; = 10 mV, fm = 1 kHz, Af = +5,0 kHz, Re = 100 k2 k 1 s3 %y Yeenwuenne Hanpsxenna ') fr = 1 kHz, Rp = co Au 600 = 300 Cnpasounbie qanupie: Bxoguoe nonHoe conpotusneHne | Zi} 210 kQ BxoaHow TOK (BbiBogpi 11, 12) Iria, Urte 0,27 BA Tok MCTOUHMKa TOKa BbIXOAHOrO KaCKaga 113 56 BA MoujHoctb notepb P 3,4 mW Bo3qeicTsve Temnepatypb!i Ha BbIxOAHOe HanpaxeHHe AUo 6,6 dB/100 K 1) Mmeet cuny ana HY ycunutena c pa3somKHyTOH neTAeH O6paTHoH cBa3H. Ecan HY ycuantenb He ucnonp3yercs, BbIBOA 12 HEOGxOAHMO COeAMHuUTe Cc BbIBOAOM 15 (-+-Ucc). HATE no nF aA ke TE ae SD FS RR ea ST i een Ys TT SIT ARPES) aE as LS 8MOHOMNMTHAA CXEMA BbINONHAET MYHKUMIO KBA3MNAPANNENbHOFO 3BYKOBOrO YCHAMTENA ny CMFHANA C YACTOTHOK MOAYAAUMEH B TENEBU3ZOPAX Npeaenbuble 3HaVeHHA: MMH. Ucc Uce (t= 1 min) ta CoeanHenue Bbipogos (BHA CBepxy) stg 25 01 Touka 3a3emneHna (1) 02 ynpasneHnve ycunutenem NY AM 03,04 gemoaynstop AM 05 HanpsxeHue nutaHua, nonoxMTeENbHOe + Ucc 06 nepBbii Bbixog HEeCyulen 3ByKa 07 BTOpOH BbIxog HeCyulen 3ByKa 08 GnoKkuposKka ycunutena MY YH uw nepexnoue- Hwe HY ycunautena 09 oTpnyatenbHas o6patHan caa3b, ycunutens MY 4M 10 sxog ycunuteas NY curHana c UM 11 HY sbixoa ana HY ycunntens 12,13 NC HecoeguHenHpid spipog 14 sxoa/pbixog ana sufeomarHutodona (VCR) 15,16 Bbixog ycunutenn NY UM (amuttepHpii no- BTopuTenb) 17,18 Bxog aemMogynatopa CurHana c UM 19 noaknioueHHe KOHAeHCaTOpa CxeMbI ANA OTHO- : CHTeAbHOrO OCNAGAeHHA BbICOKHX UACTOT bs | 20 NC Hecoegunennpii BviBog sus thet | 22k ecnis| won | NC 21 oTphyatenbyaa O6patHas cBaa ycunutens MU i it Mz i \ t- p | OF AM a os re 22,23 exoa ycnnurena NY curHana c AM 24 oTpuuatenbHas O6patHas cBaa3b ycunutens MU KOPNYC: 10-15 AM Xapaktrepuctnueckune g~aHHoe: Ucc = 12 V, ta = 25C OcuHosHble anHpie: HOM. MMH.-MaKkc. Or60p Toka oT HCTOUHMKa ly = O mA, 6e3 curHana lec = 80 mA A\wana30u peryauposBaHua ycunenua AM fr = 35 MHz ARZ 55 dB Yactp UM: ; BxogHoe HanpsxeHMe Ana OrpaHnueHHa f; = 6,5 MHz, fmog = 1 kHz, Af = 30 kHz Ujom 60 = 100 uv BoixoqHoe HanpsaxeHue HY fr = 6,5 MHz, fmod = 1 kHz, Af = 12,5 kHz, Uy = 10 mV Uonfia 600 = 450 mV Uonstt 300 = 260 mV Nogapnenne AM: Uno, 11 = 1 mV, Af = 12,5 kHz, mod = 30 %, fr = 65 MHz, fmod = 1 kHz AMR 42 dB Ycunenve HU np socnpon3eegenun KacceT BuAeOMarHHTOcona Urayn 0,5 Vv NepexogHoe BnvaHne Ur = 1 mV, Urey = 2V CTiaji1 = 50 dB Ur = 1 mV, Uraey = 0,3 V 14jit = 60 dB Cnpasounpie qannpie: Yactp AM: Hanpaxenne ARZ Us Oi Vv BxoaHoe conpoTusnenne R3ja 10 kQ Nonvoe Bxog~Hoe cConpoTHBneHHe gna: MaKCHMafbHoro yCHNeHHA 222/23 1,8/2 kQ/pF MHMHHMAaNbHOrO YCHNeEHHA 222/23 1,9/0 kQ/pF BoixoaHoe conpotwenenve sBoiBog 06 Roe 500 Q BBO, 07 Rov 500 Q Yactp UM: BxoguHoe nonHoe conpoTHeneHne 29/10 800 Q OTHowenne cHrHanwym Uryo/i) = 10 mV as/n 85 dB Nonkoe BbIxOAHOe ConpoTHBNeHHe AeMOgynATOpa Roi7/18 5,4 kQ O6ujee uckakeHne BbIXOA KAaCCeTHOrO BHAeOMArHHTOdOoHa THD 2 FyNpeaenbHble 3HauUeHHA: Upp ') +0,3...32 Vv U; 2) +0,3...20 V lo 5 mA da 0...+70 C Ostg 25...+125 ne Bnok-cxeMa 4 COeAMHeHHe BbIBOAOB PekomMeHayemoe coequHeHie ana Gec- KOHTaKTHOrO MepekniOYeHHA NPHHUMae- MbIX KaHanoB B TeNeBH30Pax. ') HanpaxkenHe Upp moxHo B TeyeHHe 1 MMHYyTbI yBennMuMTb AO 3Ha4ueHHA 35 V. 2) He pexomenayetca Kk nogsogam PS w N nogkntouath BHeWwHEee Hanps- KeHHE. KOPNYC: lO13 HACTPOMKCA FAK ATA HACTPOMKA PEPEKIOATE SS AMAMAZOHA XapakTepuctuyveckne AanHoie: Upp = 26...32V, da = 0...+70C Cratwueckwe 3Ha4ueHuA Or6op oT ucTouHHKka BxogHouw ToK yTeuKn U; = 20V Bxoguaa 6mMKocTb Ur = 7 V, f = 100 kHz BxoaHoe HaNPAMeHHE HEBKAHMOYEHHA BxogHoe HanPAMEHHE BKNIOUECHHA Tok yTeuku BbIxoga Uo = 32V Conpotusnenue BbIXO4a B COCTA@AHHH BKNIOUEHHA lo = 1mA TemnepatypHbiid KoaccuyMeHT BbIXOAHOrO ConpoTHBneHuA Roy lo = 1mA, ba = +10... +50C ae SS a ee a eee he Ea tg BE - 10 lIpp < 3,0 In < 1,0 Cr < 20 Urn <1,5 Urn > 7,0 lot < 5,0 Rou < 500 TK Row <= +1,0 mA uA pF uA Q/KNpengenbuHbpe 3HauUeHHMA! Upp }) 0,3) 035 V Ur?) +0.3...20 V Uo +03...32 Vv lo 5 mA Da 0...+70 C big OB ics +125 C KO tpurrep KS pebixoqguom Kackagq TO xpouupytouaa yenv VO kounTyp cea3u NO yenb c6poca PS npeumyujectBeHHoe BknioueHne 1. K noasoay Upp nogkntoueHo nocnegoBatenbHoe conpotnsnenHne 6,8 kQ +20 %p. 2. Vimeert cuny ans Bpipogos SH, SD. 3. He pekomenayertca k BbiBogam F, T, A noqkniouate BHewHee HanpsaxeHne. 4, Boipog Eys nogkniouen Kk cy6ctpary. 5. OTpwuaTenbHbih 3Hak (MMHYC) y 3HaYeHHA HanpaxeHHA uv TOKa MuMeeT cnay no OTHOWeHHIO K OGUIeEH TOUKeE BbIBOAy 02. 9 KOPNYC: |lO-14/1 XapakrepuctHwueckune AaHuobie: Upp = 26...32V, ta = 0... 4+70C Ot6o0p oT ucToUHHKa lIpp 3,0 mA BxogHou TOK yTeuKH U; = 20 V ana sxogos SH, SD lit <1,0 uA Bxoquas mkocTtb sxoab SH, SD U; = 7V, f = 100 kHz Cc; < 20 pF BxogHoe HanpsxeHve HEBKNIOUeHHA sxoapi SH, SD : Uin < 1,5 Vv BxogHoe HanpsxkeHHe BKAIOUeHHA sxoqvi SH, SD Uin > 7,0 V Boixoqguoe HanpskeHHe BbIBOga A ypopern H Uso n > 7,0 Vv Bbixoquoe HanpaxeHne BbiBoga A yposeHb L Usor < 1,5 Vv BoixoqHow TOK yTeuKu Up = 32 V lon < 5,0 uA ConpoTusnenve BbIxoga B COCTaAHHM BKNIOUeEHHA lo = 1mA Rou < 500 Q TemnepatypHbiit KoacbcpHuHeHT BbIXOAHOrO CONpoTHBNeHHA lo = 1 mA, dig = +10... +50C TK Row < +1,0 Q/K (RE SS RE DEE SRI MT A 2 RES SRILA SET 0 SD RSC SE PREM 11OAHONONIOCHbIE AHTEFPANbHbIE CXEMbIl MNOS ANA AZOBPAKEHHA HOMEPA BKNAIOUEHHOLFO KAHANA CXEMA CAYMUT ANA ASOBPAKEHMA HA SIT HOMEPOB 1...8 BKMFMOYEHHOFO KAHANA TENEBU3ZOPA C CEH3OPHbIM VNPABNEHHEM UW KOHTAKTHbIMM NEPEKNMOYATENAMM CEPMM MAS5S60A Homep BKfWMUeHHOrO KaHana H300paxaeTCA B NEBOM BEPXHeM yrne ONT B dopme matpnubl c 79 Toukamn. NpogonxuTenbHOCTH W306paxKeHHA 3HAaKAa MOXKHO ONPeAENMTb NPOAONKMTENAHOCTHIO BHEWHErO CHrHaNa. Npwmensetca texHonorma MNOS c nposognmbim KaHanom Tuna P MAS1008 6 ESSERE F| | MaS1008 sy i) OAWMHEHHE BbIBOAOB (eva cBepxy) Bue EyEegeyes rT er {}~ 08 ty +i te . id Wk) ] 4 ag tl }+ 06 Lit rt (}~ 5 * Ke: T * a 2 06 Npeaenbunbie 3HaUeHHA (] CSCC . _ * #-- tr { 20 MHH mMaKC ee Sy + + Pept . 5 IT 303 , KCB ] my KA26: Boe tt = HK || a - Unp +0,3 20 Vv i) om |) | +e at 6 ++ cee U) +0,3 20 V 3 =, lo 2 mA 7 5 [sa] | 1 tf) | 50M ~ _ kof] BME care i Rs L | | 2 hae} $e + ++ ++ + PekomeHaAyemoe 9KCnAyaTauMOHHOe CoequHeHne C KOHTAKTHbIM nepeKkjlouatenem MAS562 (8 Tenesn30pax COLOR 110 ST). KOPNYC: IO14A MAS1008 MapaktTepuectnyueckne gaHHoe Upp = 16,5 ...19,5 V, bf = 0... +70C Notpe6nenue ToKa Ipp <8 mA Tok yTeukH BxoAoB I;...1s, SO, SR, A U; = 19.5 V lr 1 uA BxOAHOe HanpAKEHHE BXOAOB ypoBeHb H ly... 1s, SO. SR, A Uni 1,5 Vv BxoaHoe HaNpyREHHE BxOQOB YPOBEHb L Iy...1s, SO, SR, A Ui - 5,0 Vv BxogHas 6MKOCTb BxOgoB Ir... 1s, SO, SR, A -U;y = 5,0 V, f = 100 kHz C; < 10 pF Tok yT@UKM BbIXOga = Ua = 19,5 V lory 1 uA Boixoquoe CcCOnNpoTHB/NeHHe B COCTOHHHH BKNIOUCGHHH lo = 1mA Ror <1 kQ ') He pekomenayetca kK sbiBogy T nOgKkntouaTs BHEWHee HaNpAxeHHe. *) 3Hak munyc () mmeeT CHny ANA 3HAYEHMH HANPAKeHHA H TOKA TONbKO ANA MHCOpMaunH, NpHueM OH OTHOCHTCA K oben rouke k BoIBOAy 08. 12TPEXKAHA/IbHbIM NPEAYCMUAMTENb CHFHANOB RY, BY WwW GY, NPEAYCHNUMTENb CHTHANA Y. U3 PA3HOCTM CHFHANOB UBETHOFO MH30BPAKEHMA WU CUrFHANA APKOCTH NPEAVYCHAMTENM OBPA3OBbIBAIOT CHIFHAlIbI RGB. 7 sire b 20uH 1 ot t! 258" | 2SB i sein tey ort lea 6 6 & 13 #2 Nn 0 9 Npeaenbuoe aHaueHna: > MBA530 Usis min. 10,2 Vv 123 6 Use max. 13,2 Vv 4} In, Van, ba max. 10 mA bro, tna, V6 max, 50 mA a Prot max. 400 mW 2k? |2k? |2ke? |1k Mt me 25M ba min.-mox, 25...470 C -(R-) 4G-Y)-(B-Y) Y ~~ stg min.-max. 25... +125 C KOPNYC: 1O14 XapakTepuctTHyeckne AaHHopie: Ba = +25C, Usrysjs) = 12 V, Usj6 = Usje = Usys = 7.5 V, Usye = 1,5 V HOM. 3Ha4u. MHH.-MakKCc. Bxoguble pa3HOcTHble curHanb! UBeTHOrO H306paxKeHHA U2je mim 1,4 Vv GY Usje ym 0,82 Vv BY Ua/e mim 1,78 Vv BxoaHou curhan apKoctu Y Us aye 1,0 Vv Yeunenue curnana ') f = 0,5 MHz Gry = Ur/Ur-y Go-y = Ue/Uc-y 100 > 80 Gp-y = Us/Us-; CootHoweHHe ycuneHna B KaHanax UBeTHOrO H306paxeHHA 4 B KaHanax ApKOCTH Gr-y/Gy Gog -y/Gy 1 O29 saci Gp-y/Gy NoctosHHoe HanpsaxeHHe Ha BbIxOAaX R, G, B Ur 165 150... 180 Vv Ue 165 150... 180 Vv Us 165 150... 180 Vv O6ujwH oT60p ToKa lor 30 mA Cnpasounbie qanupie: Bxoanoe Conpotuenenue uBeTHoro H306paxeHua Ra, R3, Ra 60 kQ BxoguHas EmMKOCTb UBeETHOrFO H306paxeHHA Co, C3, Ca 3 pF Bxoguoe conpotwenenue apKocTw Rs 20 kQ Bxoanas mKocTe apkoctH Cs 10 pF WWupnHa nonocy: (3 dB) BW 6 MHz 1) YcwuneHue curHana 34eCb onpegensetTca Kak COOTHOWEHHE CurHana Ha KOANEKTOPe BbIXOA TPaH3HCTOPa HM CHrHana Ha CooT- BeCcTByIOWWMX Bxogax 2, 3 wan 4. 13MCTOUHMK ONOPHOFO CHIFHANA RY, BY, MCTOYUHMK HANPAKEHMA ANA VNPABNEHUA YCUNEHMEM YCHNUMTENA UBETOB MH PASbEAMHUMTENA UBETOB, rEHEPATOP BCNOMOFATENbHOM UBETOBOU HECVLIEHW 4YACTOTDbI *Uce - YCTAHOBKA KOI0OVILIVEHTA YCUIEHMA BAVC NpeAvenbuble 3HaYeHHaA: U3/16 min. 10,2 Vv Us/16 max. 13,2 Vv Prot max. 680 mW da min.-max. 25...+70 a Astg min.-max, 25...+125 oF KOPNYC: IO14 YCTAHOBKA 0k YPOBHA BAVC 2% +H = 10k 5 oF uh BbIXO BAVC sis Ht Ss 16 % 9 2 1 0 9 Peat MBA5S40 I 123 4 5 6 7 8 8? 0k Fol FT | Tk M33 YCTAHOBKA tt 8 =: Mi The 4 BxO BURST k_ 60 col) PA3bEDMAVTE Db UBETA ves pa ry Meet eas Whe ay XapakTepuHcoTHueckhe faHHbie: ba = +25C, Usyis = 12 V, Us/ie msm = 2,5 V {npamoyronbHoe HanpsxeHHe H/2) Usiie mim = 1,4 V (cunxpocurHan ypeta burst) BbixogHoe HanpaxeHHe OnOpHoro CHrHana RY (nwknuk) BoixogHoe HaNPAXKEHHE PasbeAWHHTeNA WBETA WUBET HEpasbeAnHeH UBET Ppasbe AWHeH BblxoqHoi ToK Pa3sbeQuHHTeNA UBEeTa UBET HEpasbeAnHeH BET PpasbeAWHEH BoixoqHoe HanpaxeHhe ana ynpaBneHua yCuneHua ycuautTens uBeTos pw npasvnbHok cpaze H/2 ') npw HEnpaBHAbHOM chase H/2 1) O6wee notp6enenve ToKa AmMana30u axTHBHOW CHHxXpOHM3auMn 2) Cnpasounpie Aannvie: YouneHwe HanpaxeHHA 4aCTH OCYMANATOpA YcuneHve HanpAXxXeHHA KaCKaga peakTaHca (apigoge! 13 4 14 BsaMmMHO CoeguHeHp!) A\Mana30H naccuBHo CHHxpoHM3alMH 2) BxoquHoe conpoTHeneHue YacTH OCKMAAATOpAa Bxoqguas 6MkKOCTb 4YacTH OcyHMANATOpa TemnepatypHbId KoadMyHeEHT OCUMANATOpA @Ma3os0e pacxoxgeHwe MexAyY ONOpHbIM CHrHaNOM W CHrHanOM WUBeTOBOM CHHXPOHM3ayHH (pacctpotika ocynnnstopa +400 Hz) Uas16 Mim Urs16 Ur/16 I7 Ip Usy16 Uo/16 I3 Gis/1 Gisj2 Ris Cis TKose HOM. 3HaU. 1,5 12 4,6 9,0 +10 1) Alaa HyneBoro CHrHana YBeTOBOHM CHHXpOHH3ayMH yCTaHaBnHBaeTca ypopeHb BAVC Uo/16 = 4 V. 2) Kpwctann Tecna GQ700. MHH.-MaKC. > 1,0 v Vv < 250 mV < 10 uA <i mA 4...0,2 Vv Acc Vv < 50 mA Hz Hz kQ pF <2 Hz/K 14YCUAMTENb UBETOB NAN/CEKAM OBbEAWUHAET PAZSbEAWHUTENb UBETOB, TPHITEP 7,8 kHz, CKEMbI ONOSHABAHHMA CTPOK CEKAM, LENM KIOUA ANA CENEKUMUM CUHXPOHM3MPYIOWWETO CHFHANA UBETOB NAN MW CHFHANOB MVAEHTMOUMKALMM CEKAM. NEPEKMIOYATENb CEKAM/NAN Npegenbupe S3HAUYUEHHWA:? Uraj2 min. 10,2 Vv Us4/2 max. 13,2 V Prot max. 625 mW ba min.-max, 25...+70 C dstg min.-max. 25...+125 C KOPNYC: 1O14 XapakTepuctwueckue AaHuH bie: BxoqHow CurHan yBeTHOrO H306paxeHua CEKAM nan VMmnynbcbl BO3BPpaTHOrO CTpOUHOrO xo,sa, nNonoxuTeNbHDbIe Vimnynbcbl BO3BpaTHOrO BepTHKaNbHOrO xo,a, NONOXMTENbHbIE Nepekniuaemoe HanpaxeHHe CHCTeM CEKAM nan BbixOquouw CurHan WUBeTHOrO H306paxeHHA nan CEKAM VMmnynbcp! tTpurrepa PaspequHutTenb yBeta UBeT BbIKMIONEH UBET HEBbIKNIOYEGH Or6op Toka Hanpaxenuwe Ana BbikaloyeHHa yBeta MAS Cnpasounpie gannpie: BxogHod CurHan uBeTHOro H306paxKeHHaA ana OrpaHHueHHA CEKAM HanpaxeHne ana HCnonb30BaHMA PerynMpoBKM CHrHana uBeTHOrO H306paxeHHa NAS A\vana3o0n peryauposku NAN Pa3HOCTb cba3 BbIXOAHbIX CHrHaNOB YBeETHOrO H306PaxKeHHA nan M3meHeHua Chaz0Boro yrna B TeyeHHe perynnposKH NAN Curvan ypetHow CHHxpoHH3ayun NAS WupkHa qnvana3oHa ycuAnTensa UBeToB f = 4,2 MHz, noHwxeHue 1 dB Boixoguoe conpotusneHve BbiBoga 11 Bxoquaa 6Mkoctb CEKAM Nogasnenve curHanos HAeHTMCHMKAKH MW CHHXPOHH3aynH usetos NAN, CEKAM VHXPOHM3UPYIOWIME CHTHA SIL BbIXOD CVTHASIA LIBETHOCTM .42y : UBETA PAL Ju BbIXOD TPUTTEPA 1k5 BAVC. Mt ie 5k1 M2214? J\} /\BbIxo.0 PASBE BMHMTE- TIA BETA 1k8 = M4 KADPOBLIE VMM.OBP xXODA CTPOYHBIE YMN.O6P. XOA 220 = BAJIAHC YCUSIMTEDSA = Mt 680 mings 21 5k6 +H12V KAI36 ~1 k QLIXOL CUTHANA UBETHOCTH x 70 6 BxXOO CMTHANA UBETHOCTM *) NEPEKMHOYEHME da = +25C, Usgy2 = 12 V HOM. 3HaUu. MHH.-Makc. U3/5 mim 15... 400 mV U3/5 M/m 4... 80 mV U6/2 mim 4,5...12 Vv Uz/2 mj 4,0...12 Vv Uasy2 Geet Vv Ugy2 7... Uray2 Vv Uis/2, Urj2 mim 425... 575 mV Uisy2, Urj2 mjm 18.623 Vv Uj2/2 Mim 2855 Vv Us/2 <0,5 V lg < 10 mA Usj2 = Uraye V Is <10 uA lrg 40 < 47 mA Ur6/2 Zo = 2,8 Vv Us wim <15 mV Ur6s2 1,2 0,9...1,7 V AG 26 dB 915/1 170... 190 e Agisi1 < 2,5 U13/2 M/M 1 V BW 21 MHz Rii/2 2...2,9 kQ C3 2 pF = 40 dB 15CUHXPOHH3MPOBAHHbIA AEMOAYNATOP CHTHANA #12V 44 YCTAHOBKA YPOBHA YEPHOTO UBETHOFO M3Z0BPAKEHMA CEKAM/NAN 4k 22 LA 2? OBbEAWHAET MATPULUY PA3HOCTM KM CYMMbI NAN, he +o +} NEPEKMIOYATE/b CTPOK MW OFPAHMUMTENb CEKAM, 4 BbIXO.O DEMOAYNMPOBAHHOrO CurHana NEPEKNMIOUATE/Nb MA3ZbI COCTABNAIOUIEM RY nan, RY B-Y NEPEKNIOYATENb CEKAM/NAN i YCTAHOBKA AMNIUT Yb! OAM | 68] 68 RY} $4pey 2k? Tak? nu Mi Npeaenbuoe sHaueHna: Fok? [n> 6 5 & 13 12 " 10 9 Unaje min, 10,2 V 15k i Urayz max. 13,2 Vv , 4. 50 22 Prot max. 610 mW : ++ eee a Ba min.-max. 25...+70 C T tk Ten EHO deste min.-max. 25... +125 " + ik 180 lf kok kT F = = a eoMHr i 2k 10k hs (B-Y) BXO2 MPAMOTO CUTHASIA pe E secoactemasy a 9 _ YCTAHOBK A BXOD CUTHANA ai = 3 AMNIMT Ob! = BXODHOW ONOPHbIV BORRES: IO 8 NEPEKSIOMATE Mb SECAM/PAL CUTHAN PAL XapaxkTepuctwuueckne f~aHHoie: ta = +25C, Urs = 12 V HOM, 3HauU, MHH.-MaKc, BxoqHou curHan uBeTHOro H306paxeHna nan Urj2, Usy2 ym Sais 75 mV CEKAM Uij2, Usy2 mim 150... 400 mV OnopuHpie sxoqubie Curnanbi : nan Usj2, Uzy2 wyar O55 Vv CEKAM Usy2, Usy2 aya 0,18...1,5 Vv Aemoaynuposannnid BbixogHon curHan | RY Ur2/2 Mim OF 0 Ad Vv BY Ujoj2 wim Vie con VD Vv Nepexoavhoe 3atyxanne Bced uenu / Dr = 4,72 MHz, Dg = 4,04 MHz < 40 dB YPOBeHb BxOAHbIx MMNyALCOB 7,8 kHz Uiej2 mim 212 nee oid V Nepekniouatenb HanpsxeHuA CcHcTeM 2) & CEKAM Orcall Vv nan 7... Upay2 Vv Ort6op toxa Ina 36 ~ 46 mA Boimrppiw Matpuybi MAM ot oGonx Bxogoe Wisrs Ha BbIxoa 13 Gy = 2,3...3,3 Uns Ha BbIxog 15 Gu = Uns 2,6...3,6 Uns Cnpasounpie qannpie: CurHan Ha BbIxoge Nnepekniouatena CEKAM 3) Unsye, Ursy2 mim 1,6...2,2 Vv Cwrvan Ha Bxoge QemMogynsaTopa nAn BY Uoj2 mim 0,22 V nAn RY Uitj2 Mim 0,28 V CEKAM BY Uoj2 Mim VB nad V CEKAM RY Unij2 mim Ta ows Vv Bxoavhoe nonHoe conpotusneHue 21/2, Z3/2 12665216 kQ BbixoqHoe nonHoe conpoTuBneHue maTpHub NAS, CEKAM 2 13/2 = 100 {) nepekntouatena NAN, CEKAM Z15/2 = 100 Q BxogHoe nonHoe conpotusnenne emMoayasitopa Zoj2, Zitz >1 kQ PATER ce ') Vmeert cuny ana Bxoguoro curHana usetHoro w306paxenua NAN Urj2, Usjz mim = 50 mV, CEKAM Af = +280 kHz. Ajocturaemas amnaMtyga BbIxOgHoro curHana ana NAN BY = 47 V, R-Y =3V : CEKAM BY = 3,6 V, RY = 24 V 2) Noasoautca k BbiBogam uepe3 conpoTHeneHne 2,7 kQ (+10 %) %) 3Hauenue 1,6 V umeet cuay ana Bxoquoro HanpaxKeHHa Ur/2,U3/;2 mya = 150 mV SEVAET GR We SS OR 16CXEMA ANA YNPABNEHUA KOHTPACTOM, HACbILIEHHOCTbIO HU APKOCTbIO OBECNEYUMBAET NOBTOPHOE BO3OBHOBNEHWME YPOBHA YEPHOFO UBETA WU 3ATEMHEHME KAHANA APKOCTH. CXEMA AANEE OBPABATbIBAET PASHOCTHDIE CHFHANbI UBETHOTO UZOBPAMKEHHMA BY, RY WM CHTHANbI APKOCTH; KPOME VNPABNAIOLUUX SNEKTPOHHbIX NOTEHUMOMETPOB CXEMA COAEPMKUT AHBEPTOP ANA COCTABNAIOWWEK GY, KOTOPAS OBPA3YETCA HA BHEWHEM MATPMUE CONPOTMB/EHMH. Npegenbube 3HaueHHA: +12V BxO. APKOCTU GI 1 BbIXOO APKOCTV BbIXOD R-y BxOA R-Y YNPABNEHME APKOCTbIO 18 3k3 tk y a || rl 12 - 22M oy % 13 fn 0 MCA660 [| i sok? 22M F U min. 10,2 Vv ne yn ysbC MAHAN NAUMAN BocnPO-* U1s/4 max. 13,2 v YaBEDEHVA YPOBHA YEPHOTO exon By BbIXON BY Prot max. 600 mW I bu min.-max. 25...+70 % 3ATEMHAIOLIM stg min.-max. 25... +125 C +12V 2ke YNPABJIEHME KOHTPACTOM +12V 2 (tk8 YMPABNEHME HACBILEHHOCTLHD KOPNYC: 1O14 XapaktTepuctTnueckwe fAaHubie: da = +25C, Uisya = 12 V HOM. 3Hau. MHH.-MaKC. BxoqHouw TOK ApKocTu I16 0,7 OF0525 mA BxogHoe HaNpsxeHHe UBETOPAsHOCTHbIX CurHanos RY Uoya mya < 0,7 V BY Usa mim < 0,9 Vv 3aTemHstouMa MmMnynec *) YPOBEHb 3aTeEMHeEHHA Us/a mim 1,5...10 Vv ypoBeHb pHoro uBeTa Usa mim 2,0...12 V Manmnynnpyioulwi AMNynbCG BO3ZOGHOBNEHHA yposHa 4pHoro yBeta U2/q wim 1,0...12 v Boixoguoe HanpsxkeHMe CHrHana APKOCTH Np HOMHH. KOHTpacTe Utsa mim 2,0...4,0 Vv YposeHb pHoro YBeTa NP HOMMHANbHOM APKOCTH Urja = 5,7 V Uiss 4,3 3,8...4,6 Vv BxOAHOH Pa3HOCTHbIM CHrHan NpH HOMHHalbHOM KOHTPacTe WH HaCbILIEHHOCTH RY Uio/4 mim 1,25 >1,1 V BY U7/4 Mj 1,6 > 14 V YpoBeHb NOCTOAHHOFO BbIXOAHOrO HANpAKeHHA Uzi4 6,2 5,4...6,8 Vv Uoss 6,2 5,4...6,8 V Ynpasnstouee HanpaxeHne ana ycTtaHoBKH 50/ KOHTpacTa CHrHana APKOCTHM Us/a 4,5...5,0 Vv Ynpasnsiwouwee HanpaxeHHe ana yctaHoBKH 50/) HaACbILJIEHHOCTM PasHOCTHbIX CHrHanoB Usi4 5,5... 6,0 Vv Or6op Toka lis 40 < 46 mA ') Mp otpwyatenbHbix sHaveHuax MMNyAbCoB 1,5...2,5 V BbIXOA APKOCTH 3aTeEMHAeTCA AO YPOBHA 3aTeMHEHHS, a MPH NONOKHTENbHBIX BHAYEHHAX AO YPOBHA upxHoro UBeTAa, B akTWBHOH aCTH CTPOK AONMKHO HMETb CHNny cnegyouee OTHOWEeHHE: Usiq > 0,75 V < +0,7 V.KOMBMHALUMA CXEM BEPTMKANbHOM PA3BEPTKUM Ans) MPMEMHMKOB YEPHO-BENOTO TENAEBUAEHUA C YTNOM PA3NOKEHMA UZOBPAKEHHMA 110. [fia aaa Npegenbupoe 3HaYeHHA: Fa a ropes MDA1044 MDA1044E Pace | = 7 Us max. 30 20 Vv 1 to Us max. 27) 19 1) Vv 2 Ure max. 22 20 V ws a | Us max. 6 6 Vv | tp laMiM max. 1 1 A + i Is +l Mars 300 150 mA Cxema CoequHeHHA H3MepHTenbHoOH CxeMbI \6 max. 500 _ mA MDA1044 Ig max. 2 mA & bj max. 155 155 C saps Ostg min.-max. 25... +100 * f Ky132/80 YE saroercuet so 50 Bo spema o6paTHoro xoga 1 Ro = Ye max = 58 VV MDA1044 2 nD 7 Smax = 38 V MDA1044E 3 109 Yen 320 rf al. ms | 13 i vids Tt | th) 4 9p a 49\ CoeqnHeHue BpiBogos ato is (eva cBepxy) _] 6 7p a KOPNYC; |O~16 PexomeHaosaHHoe coeqnuHennve MDA1044E XapaktTepucetwuyeckune AanHoie: ta = +25C MDA1044 MDA1044E MDA1044: U7 = 20 V, Ui2 = 12 V, 6Gaok oTknoHeHua 10 2, 20 mH MDAI044E: Ur = 17 V, Urz2 = 12 V, fa = 50 Hz, lamsy = O6A HOM, 3Hau. MHH,-MaKC, HOM, 3HaU, MHH.-MaKC. Or6op toka Is +17 140 = 300 = 150 mA @ AMNAMTYAa CHHXPOHM3MpylOWMX CHrHanoB NonoxkKMTeNbHbIA CHrHan Us TS <.0:10 -- Vv OTpPHuaTeNbHbIM CurHan Us 1.3...6 ~ Vv TemnepatypHbid CaBHr 4YaCTOTbI Ur = 17V, fa = 47 Hz Afp/ A d 0,0145 = 0,0364 0,0145 = 0,0364 Hz/K Cnpasounbie qahubie: BxoqaHoe conpoTuBieHnne Rgjis 10 10 kQ Yactrota reHepaTopa nuAooGpa3HbIx cMrHanos 15 15 Ry1j13 = 50 kQ fp pi as Hz Riy/13 C1os13 Rui/13 . Cross HanpsxeHue sbiBoga N 17 fp = 50 Hz, lamjm = 0.6A Un 7,8 7,8 V NpogsonaxutenbHOCTb OGpaTHoro xoga fs = 50 Hz, lamym = 0.6A tep 0,5 0,5 ms A\Mana30H 3aTArMBaHHA YaCTOTDbI NONOXKHTEAHIA CHHXPOHM3HPYIOWMH CHrHan fe = 43 Hz, Us = 1,3...10V, lama = 06 A A fa] ft 10 10 % OTPHUATENbHbIN CMHXp. CHrHan fe = 43 Hz, Us = 1,3...6V, laa = O6A A fp / fp 10 10 Fy Or6op Toka reHepatopa nHAOGOpa3sHbIx CHrHanoB fp = 50 Hz, laws = 0,6A Ire 12 12 mA A\Wana30H ycTaHOBKH BbIXOgHOrO TOKa : fa = 50 Hz la. msm _ 0.4...0,9 A A\wana30n nvHenHocTH A1fi 3 = = % 18U30BPAMEHHA. Npegenbuone BSHAUBHHA: HanpaxeHue nutaHva Ha BbiBo,e 03 NMukosoe HanpsxkeHHe BO3BPaTHOrO xoga Bxoguoe CHHXpoHH3upyrouwe HanpsaxeHHe BxoqHoe HaNpAxKeHHe yCuAMTeNA MOU\HOCTH HanpaxeuHue Bbipoga 04 NvKOBOK BbIXOAHOH TOK t = 2 ms, HenoptTopumeli f = 50 Hz, t = 10 us f = 50 Hz, t s 10 us Tok BO3BpaTHOro xOfa (BbIBO,A 02). f = 50 Hz, tzp 3 1,5 ms NoctoaHHbId TOK BbIBOga 02 Uis s Us Mow HoctTb notepb de S$ 60C AMana30H paboueh Temnepatypbi nepexoga Aana30H Temnepatyp xpaHeHna MOHO/UMTHAA OBbEAUHEHHAA CXEMA ANA WENEM BEPTUKANbHOU PA3BEPTKU BbICOKON S3MMEKTHBHOCTH, CNY KALWIMX ANA HENOCPEACTBEHHOrO BO3BYKAEHHA BNOKOB OTKNOHEHHMA 110 B MPMEMHUKAX LUBETHOTO VW YEPHO-BENOLO TENEBUAEHUA, MOHUTOPAX HU B BNOKAX Uce Urs, Uram Un Us, Us Us lom lom lom l2 M/M lo Prot oj stg max. max, max. max. max. max. max. | max. max. max. max. min.-max, min.-max. 35 Vv 60 Vv 20 Vo Tae copa Uce 10 Vv q Uce Vv 2 3 3 A 4 2 A 5 3:5 A 6 7 A . P 100 mA | we oO on 18 WwW .. 12,13 So 14 40.., +155 C Ee 15 ~40... +155 C 9 16 Bxntovenne ebisogoe (BHA ceepxy) ToukKa 3a3eMNeHHA MoUHan reHepaTop BO3BpaTHOrO xo,a NONOXWTeNb, HAaNpsAxK, NMTAHHA 3aTEMHAWLWIMM BbIXOg Bxoq ycunutena () Bxog ycunntens (+) BbIXOg reHepaTopa nMnoobpa3- HbIX CHrHaNoOB reHepaTop funoobp. curnanos ycTaHoBKa aMnaHTyAbl ocunAaTop CHHXpOHM3MpylouH BxoA ocuuasTop nwTaHne BbIXOA ycHanTena ToUKa 3a3eMNeHHMA CHrHanos (HeO6xOAUMO COeAMHHTb C BbIBOAOM 1 XapakTepuctHueckhe AaHHbe: OcHoBHbie 3HaueHHA: Tox nokos Bbipoga 14 I)5 = 0 Tok reHepatopa nunoo6pa3Hbix CHrHanos Tox noxoa, Us = 0 Us = 0, lo = 20 nA HenwHeiiHocTb reHepaTopa nvnoobpasHbix CHrHanos Us = 0...15 V, lo = 20 yA Tok nokoa Bbigoga 03 Bolxoquoe HanpaxeHHe noKoa Ra = 2,2 kQ, Rp = 1 kQ Ro = 390 2, Ry = 1kQ, Ucc = 15 V BoixoqHoe CaTypayHoHHoe HanpsxkeHHe 5 = 112A lis = 112A No OTHOWEHHMIO K 3EMNe no OTHOWECHHIO K NHTAaHHtO PeryauposaHHoe HanpaxeHve BbiBoga 09 lo = 20 uA OnopHoe HanpsxeHve HEMHBeEpTMpylowero Bxoga ycuaHTena (+) Catypupyrowee HanpaxeHHe BoiBoga 02 no OTHOWeHHIO kK 3emne, lz = 20 mA Cnpasounpie aannpie: Ucc = 24 V, f = 50 Hz Naasatowan 3emaa ocyuvastopa Ucc = 35 V, f = 0 Hz Vs3mMeHeHuve PperyAvpoBaHHoro HaNpAXxXeHMA B 3ABUCKHMOCTH oT wsmeHenun Ucc, Ucc = 15 V+ 35 V Catypupyloujee HanpaxeHHe 3aTeMHAoUlero BbIXOga Uce = 35 V, la = 10 mA Tok nutaHua ly w/a = 2A HanpaxeHve sosepatHoro xoga ly mj = 2A Nunoco6paskoe HanpaxeHHMe OCyMAATOpA ly, = 0 In) = 100 vA NMepBovauanbHbid ypoBeHb NunooGpasHoro HanpsxeHuaA Ha sbiBoge 07 NpogonmxuTenbHOCTh Bo3sBpaTHOrO xoga ly msm = 2A NpogonxuTeAbHocTh 3aTeMHAOwero HMNYAbCA #; = 75C CamMOnpou3B0nbHan YacToTa Ro = 7,5 k, Co = 330 nF, d; = 75C Ro = 6,2 kQ, Co = 330 nF, 9; = 75C Avana3zon cunxpoHHszaynn 117 = 100 wA, 9; = 75C Temnepatypa nepexoga Aga akTHBH3ayMn TeNnnOZauMTDI te = 25C, Ucc = 35, V, ecaw ne npwBogutca uHaue HOM. 3Hau. lta 25 ls 0,02 lIs 20 | Als/ls | 0,2 I3 25 Uis 17,8 Uis 7,5 Uist 1 Uisy 1,6 Uo 6,8 Us 4,4 Us 1 Ure 0,45 A Uo/A Ucc 1 Uy 0,35 lec 295 U5 47 Ui3 mim 3,6 Ui3 Mim 3,4 Usr 1,85 tzb 0,6 tzp 14 fo 43,5 fo 52,5 Af 16 Bj 145 MHH.-MaKkc, = 36 mA 31 uA 18,5...21,5 pi s1 % = 45 mA 16,4...19,5 V 6,9 ve Fil Vv s1,4 V = 2,2 Vv 6360 7,2 V AA cha Vv 31,5 Vv V mv/V Vv mA Vv Vv Vv V ms ms Hz Hz Hz C 19MOHO/IMTHAA OBBEAMHEHHAS UHTEFPANbHAA CXEMA, OXBATbIBAIOLJAA NPEAYCUNUTENb HH3KOrFO WYMA, ABTOMATHUECKYIO CUCTEMY YNPABNEHMA YPOBHEM (ALC), NONPABOUHbIA YCUNUTENb C BbICOKUM KOIMMUUKMEHTOM YCHMNEHMA, NOAXOAAWMA ANA NPAMEHEHMA B MOHO. UM CTEPEO-YCMAMTENAX KACCETHbIX MATHUTOMOHOB, PABOTAIOWIMX C NEHTOM CrO. Npenenbuoe 3HauenHua: MMH. MaKC, I bse S 8 5 6 19.1 Th.T2 cL BZ 4 MONPABOMHBIM YCHMTE Ms ABT. VOPABIIEHME VPOBHEIO (ALC) BuytpeHHee 9nekTpHueckoe CoequHeHue Coequvenue sbisogos (BHA cBeepxy) = | Sem Ss bwr | -_ = = = i) he al | | | a nS It 16 BbIXO4 AaBTOMATHYeCKOrO ynpasnenua yposHem ALC 6a3a T3 konnektop T;, 6a3a T2 6a3a T; amuttep Ty; amutTTep T2 Kkonnextop T2 konnextop T; TOUKa 3a3emieHHa (1) HHBEPTHPYHOWHH BxO4 NONnpaBoU- Horo ycunnTena HEHHBEPTHpylOWM BxOA nonpa- BOUHOrO yCuaAMTenA WaCcTOTHaA KOMNeHCayHKA nonpa- BouHOrO ycunnTena BbIBOA NONpaBOYHOrO ycuAnTena HanpsxkeHMe nuTaHua + Ucc BXOQ aBTOMAaTHYeCKOrO ynpaBne- HMa ypoBHeEM ycTaHOBka CkKOpOCcTH aBTOMaTH- ueckoro ynpaBneHua yposHem KOPNYC: |IO14 Xapaktrepuctuueckune f~aHHbe: dy = 25C Ocuhosnpie 3Hayenna: Or6op Toka Ucc = 9V lee Koscbcuynent ycunenna ToKa Uce = 5V, lc = 0,1 mA Tr: heres Uce = 5V, Ic = 0,1 mA Ta: haiE2 Uce = 5V, lc = 0,1 mA T3: hares Koadcpuynent wyma Uce = 5 V, Ic = 0,1 mA, Re = 4,7kQ, Af = 20...10000 Hz Th: Fy Uce = 5 V, lc = 0,1 mA, Re = 4,7 kQ2, Af = 20...10000 Hz T2: Fa Uce = 5V, Ile = 0,1 mA, Re = 4,7k2, Af = 20...10000 Hz T3: Fy Uce = 5V, le = 0,2 mA, Re = 2kQ, Af = 10...50 Hz Ty: F; Uce = 5V, Ic = 0,2 mA, Re = 2k2, Af = 10...50 Hz To: F; Uce = 5V, le = 0,2 mA, Re = 2kQ, Af = 10...50 Hz Ts: F3 Conpotusnenve amuttepa Ts lye = 1mA Ri Cnpasounbie ganupie: },, = 25C Yennenue nonpasouxoro ycnantena c Ppa3OMKHyTOM neTnNeH o6paTHOu cea3su Uce = 9V, Ur; = 1 mV, f = 1 kHz Au BbixoquHoe HanpsxeHHe C aBTOMaTMUeCKHM ynpaspnennem yposna Ucc = 9 V, Ur = 100 mV, f = 1 kHz Uo ate SKBHBANEHTHOe HaNp#xeHHe WYyMa NONpaBouHoroO ycunnTena Uce = 9V, Au = 40 dB, B (3 dB) = 20... 20000 Hz Uy HOM, 3Hau, 10 500 500 500 0,5 0,5 0,5 3,0 3,0 3,0 150 0,5 1,3 MUH.-MaKC, $15 mA = 300 = 300 = 300 <3 dB =3 dB = 4 dB = 95 dB 59,5 dB 29,5 dB 105...195 2 dB V uVMOHO/NMTHbIN BUNONAPHBIA PETYNATOP TOHOB NPEQHA3HAYEHHbIN ANA YNPABNEHMA CHNOM 3BYKA, rO BbICOTbI WU FAYBHHbI, MPH NOMOLWIM NOCTOAHHOrO HANPAKEHMA OT BHYTPEHHEFTO ACTOYHMKA ONOPHOTO HANPAKEHA. NpegenbuHoe 3HAYUCHHA:? MMH. MaKc. Uce 18 V lo 10 mA ta 0 70 a 01 stg 25 125 G 02 Ur 03 M 10M 390 = *- I 1 Linh @ 05 16] 15 BHA, 93 je ii 9 06 rrr =| | By Bur | 08, 09 TJ ipa, | 10 80 | W = | | 12 - 1 | @MyHKyHnoHanbHoe rpynnosoe % Dy e. | coequHenue Lest ps ~~ i 13 a at ue Nv. | OVS, a Vo ynpasnenve sbicoTow toa Upee! 54 P_ Ure 14 H ynpasneHue ray6uHow TOHi Si Z ynpapneHue cHnow TOoHa ok 15 | Ok Mt 16 KOPNyC: lO14 Cxema CoequHeHua BbiBog~oR (Bua CBEpxy) OTPHuATeNbHbIM NoNtoc HanpaxeHHA NuTaHHsA (|) BbIXOA ONOPHOrO HanpsaxeHHA Urre BbIXOA CHrHana ANA cbMaMonormueckOon xXapaKte- PHCTHKH BxO4 ANA NeEpeKnioveHna xapakTepucTHKH (AMHEH- Haa / cbH3nonormueckaa) BxOg4 ANA ynpaBneHHA CHnOK 3ByKa BbIXOg CHrHana C AMHEHHOM xapakTepHcTHKOK NONOXKUMTENbHbIM NONWC NONOKMTEN_HOrFO HaNnpaAxe- Hus nutaHua + Ucc HecoegnHeHHple BoiBpogpl (NC) BxOg ana ynpaBneHna rnyOnHou ToHa BxO4 CHrHana BbIBOA Ana NoAKNiOVeHHsA BHEWHeM EMKOCTM (100 nF) BbIBOA ANA NOAKNIOUeHHA BHEWHHX EmMKOCTeH (100 nF, 330 pF) BbIBOA ANA NOAKAOVeHHs BHeEUIHeEH GMKOCTH (10 uF) BbIBOA ANA NoAknioveHHsA BHEWHEeH EmKocTH (6,8 nF) BxO4 Aa yYNPaBNeHHA BbICOTOH TOHAa XapakTepucinueckne AaHHoie: da = 25C, Ucc = 14V Ocnosubie 3HayeHus: Or6op ToKa OnopnHoe Hanpaxenne BxoqaHoe conpotusnenne BxoAHoW ynpaBnsouHn TOK Us = Un Ure = 0,5. Us Yeuneunue Bbicor fr = 15 kHz, Ure = Ur Nogasnenue Bbicor fr = 15 kHz, Ui6g = OV Yconnenne rnyOnH fr = 40 Hz, Uso = U2 Nogasnenue ray6un fr = 40 Hz, Uio = OV A\wanazon uactot (1 dB) BCe PeryAATOPbI B NMHEHHOM NOoNOKeHHH VMckawkenue Urey = 300 mV, fr = 1 kHz, Us = 0,5. U2 HanpaxeHne wyma fr 20... 20000 Hz, B nonox. 0 dB, cuna 38yka 20 dB perynastop TOHOB Cnpasounbie qannpie: BoixoaHoe conpotueneHne Tok nepeknioueHna Ycunenue fr = 1 kHz, Urey = 300 mV P; nunen., Us P; nunea., Us P; aunen., Us P; muszuon., Us = 1V tout lec U2 Rit lI5, l1o, l16 Uo/U11 Uo/Un1 Up/Un Uo/U1r fr k Urs ef Raje ly Us/6/U11 Us/6/Un1 Us/Ury U3/6/Ui1 Us/Urr HOM, 3Hau. MHUH.MaKC, = 50 mA 4,5...5,2 Vv 22,9 kQ = 20 uA = +15 dB 315 dB = +15 dB s15 dB 20...20000 Hz <0,7 Fy 3s 50 uV 200 Q 3,5 mA 75 dB 55 dB 3...+3 dB 25 dB 6e3 W3MeHeHHA dB 21MOHO/MTHAA UHTEFPANbBHAA CXEMA ANA NPAMEHEHHA = B MATHUTOMOHAX, B KOTOPbIX BbINONHAET @YHKUNIO oe eS PEFYNATOPA OBOPOTOB, NOAMAFHMYMBAIOLIETO 2 np OCUUNATOPA MU FEHEPATOPA CTUPAHMA 3BYKO3ANMCH, 3 10-9 ABTOMATHYECKOLO YIPABNEHMA YPOBHEM CHFHANA OCUMNATOPA. 0) _ LL a 4 Npegenbdbie 3Hayenna: de oh MMH, Makc, C5 8] Uce 20 V 6 7 Prot (iq 3 80C) 1 WwW (be = 90C) 5 Ww Cxema coeqnnenua Bbipogos (BHA cBepxy) bj 40 +155 C dstg 40 +155 C 1 WHAMKATOP aBTOMaTMYeCKOrO OCTaHOBa . ; : 2 Py4How ocTaHoB + pm 4 3 nepekniouatTenb aBTOMaTMUeCKOrO OCTaHOBa rot r J * . 4 BbIXOA OCLMAATOpa } UL, 88 Seep, wed 5 o6patnaa ceasp peo t pK} a 6 exoq ALC : | hy SH ly 7 | 7 nocTosHHas BpemeHu ALC ay > i Ny 1 f z | 8 nepekntouatenb 3anncb/uTeHne a Vf e f f ol 9 HanpsxeHne nuTaHuA +Ucc Ph] 4 bent $e | fF 10 peryastop o6o0potos qsuratensa - = : 11 peryantop o6oporTos asuratena le ~Ie "S = dy 12 6a3a BpemMeHH aBTomaTMueckoro ocTaHoBa f ah od | J Ad Q 2 13 TouKka 3a3emneHua (| ) ] i . i + uJ lI I | HJ Te eo L-tK or pd: K Ie tt MW e fr boy Ce St i ~s | 5 | . et i a x | ry | nani { | l | lI Jo td | 17 1 | UL j =k os = | = < ee ADATTIO. J 5 65 4 KOPNYC: IO16 XapakTepucthueckne AaHHbe: ty = 25C Ocnosnble 3Hayennn: HOM. 3Hau, MHH.-Makc. HanpaxeHve nutaHua Ucc 4...18 Vv Tox noxos Ucc = 18 V lee 13 10...30 mA Uenb ynpasnenua o6opotamu qaesuratena: OnopHoe HanpsxeHue (Mexay BbIBOAaMH 10 4 11) Ucc = 12 V, Iw = 0,1 A Urer 43 V2 a he Vv Tok nokos ebisoa 11 Ucc = 12 V, Iu = 100 uA lia 7,0 212 uA Tok npw nycKke Uce = 62V, Un = 5V, AUrer/Ursr = 50 J, Ims 21 A Koa@euunent o6patHo censu (Iyo/l11) Ucc = 12 V, Im = 01 A K 20 18... 22 HanpsxeHHe nutaHuA BbIBo, 11 IM = 0,1 A, AUrer/Urer = 5 %, Ucc = 4V Un = 2,6 V Fenepatop noqmarHMunBadkua MW CTMpaHMa 3ByKO3anHCH: Ucc = 9V CatypaywoHHoe HanpsaxeHne (Ra = 60 2, Us = 1 V) no otHoweHnw k 3emne Uar 1,3 s2 Vv (Ra = 60 2, Us = 8 V) no orHoweHnto kK nuTaHnio Uau 1,3 s2 Vv Nwkopbii BbIXOAHOK TOK ly = 150 mA Pa3HOcTHoe HanpaxeHHe Us4 = 200 mV Pyunod octanos: Ucc = 9 V Or6op toKka l2 $3,5 mA OnopHoe HanpaxeHne (mexay BbIBOAaMH 10 4 11) Urer = 0,1 Astomatuyecknit octaHos: Ucc = 9 V OnopHoe HanpsaxeHue Urer 0,15 = 0,3 Tok Bo36yanTensa MHANKaTOpa CBeTa iF = 150 mA Cnpasounpie qannple: S3aBUCHMOCTb KOSdcunuKeHTa o6paTHoK cBa3u OT H3MeHeHMA HANpAxKeHMA NuTAHHA AK F Ucc = 6...18V, Im = 0,1 A jc [AUce 0,42 /o/V OT H3M@HEHHA TOKA ABHratena AK Uce = 12 V, Im = 25...400 mA Alu 0,005 "/ol/mA OT H3MeHEHMA TEMNepaTypbI OKpyxalowed cpeabi AK Uce = 12V, Im = 0,1 A, 2 = 20C...+70C | Aba 0,01 o/K 22 @MOHOMMTHbIA HY YCH/MTE/b C BbIXOAHOW MOLJHOCTHIO 0,5 W ABNAETCA NOAXOAAWMM ANA HEBONbLWUMX NPABOAOB UM MPMBOAOB CBA3U C HA3KMUM NOTPEBNEHUEM TOKA. CXEMA COAEPKUT NOAABMTENb, KOTOPbIA OBECNEYMBAET BO3MOKHOCTb AANbHEMWEFO NOHMKEHHMA NOTPEB/NEHMA TOKA AO 0,4 mA, NOAABUTENEM YVNPABNAET NOAABAEMOE HA BbIBOY 1 HAMNPAKEHHE. Npegaenbube 3HAaUeHHA? MMH, CxeMa CO@AMHEHHA BbIBOAOB (eva ceepxy) nogaBuTenb TouKa 3a3emneHnma (1) BbIxXOg HanpaxeHne nutanna +Ucc cbunpTpylouwaa EmKoctTb HEHHBEPTHPYIOLIKH BxO4 WHBEPTHPyOWMH BxOA npegas. HanpsxeHMe MCTOUHMKOB ToKa Pee ea ae On OuUSaWhHa MaKc. Uce 4/2 4 urs Vv Urp 7/6 +5 Vv Uo 3/2 17 V lee 4 350 mA lo3 +350 mA le 0,5 mA l7 0,5 mA ls 5 mA I 0,01 +1 mA Prot 675 mW Da 30 +70 os Ostg 55 +125 C x 5,4 mW/K MBA 915 915A Re 0,6 1 kQ R430 180 ke KOPNYC: 10-21 Ry 68 1000 @ Rs 6,8 0 kQ Ci 64 10 uF C2 680 39 pF C3 100 500 uF XapakTepuctuyeckune AaHHoie: $a = +25C, MBA915: Usy2 = 12 V, Po = 500 mW MBA915A: Usjo = 6 V, Po = 50 mW Ocnosubie 3Hauenna: MBA915 MBA915A HOMHH. MHH.-Makc, O6wMA TOK muTaHHs B COCTOAHMM NOKOA Ur=0V lee1 14 33,7 Koa@cuuneHT rapmMoHMueckoro wuckaxkeHHMa f = 1 kHz Ky 2,5 < 5,0 f = 63 Hz, 12,5 kHz Kr _ _ Po = 0,5 mW, f = 1 kHz Ko m -- Bxoguoe HanpaxeHue U; 10 315 LWWupwHa qnana3zona B =6 Tok noxos BbiBoga 8 Is _ 225 Ynpasastowee HanpaxeHue nogasurens nogaBuTenb BKAIOUeH Uron 650 2 800 li oN 2 10 nogaBuTenb BbiKnio4ueH U1 oF #400 OtHowexHme curHan/iuyn ') S/N 86 = 60 Cnpasounbie annie: Boixoguas MouHocTh (k = 5%) Po 600 _ O6wHH TOK nuTaHHA 6e3 curHana c nogasutenem leco 0,4 ccHrHanom, Po = BxoguHoe nonH ccwrnanom, Po = 500mW ss Icc 72 _ 50 mW lec = oe conpotusnenne | Z; | 9 _ HOMMUH. MMH.-Makc, 2S ne) 08 | 33,5 = 1,0 < 20 < 45 z= 22 = 10 = 400 2 60 mW mA mA mA kQ 5 encase BuytpeHHee anexTpnueckoe coequHeHue HwxkHas acToTa nepegaBaemoro AMana- 30na fy OrPaHH4eHa NOCTOAHHbIMH Bpe- MeHH anemeHTos | Z;| . Ce, Ri . Cr u Rez... "Gs Bepxuas uactota fz onpegensetca oT R2 . Co (pesuctop R3 moxHO mcKnto- umtTb). Boiurpbil 3aMKHyTOH neTAM ycTaHaBaAH- BaeTca cooTHOWweHHeM R2 : Ry. Cta6unbHOCTh COoeAMHeHHa pH npa- BUNbHOM pa3pa6oTKe nevaTHOH CxeMbI onpegenawor: Rs. C5 w Ra. Ca. 1) MBA915: Po = 500 mW, Rg = 0,6 kQ, B = 300...6000 Hz. MBA915A: Po = 50 mW, Rg = 15kQ, B = 20...22000 Hz 23Npeaenbuoe 3SHAYEHHA: rc a ee ey er ere ~~ a ad hn pant la La, r ~ oy Ucem (ts 50 ms) max, 40 Vv Lenin =) my = ag 1 7 ( Uce mox, 28 V l : el Uce min.-max. Sie 20 Vv f | [ [te r - +7 = <u - Rl low max. 3,5 A I ps) og te! A Lg 03 1 ia 7 1 lo max. 2,5 A 1 7 | | Jak 4 60 4 | dake 7) Us ! Prot to ry as] . | : =H: pom |t 4 ia = 70C max. 1,0 Ww . Ke sa | es an ia oH tH ie = 100 C mox. 5,0 Ww sen | ++ | ue hive || Sl by max. +155 C | | AH eer wt < dsta min.-max. 40...+155 C HS | | |i | f [jee yt rR? Arthas Ves Raf) faz L > Ka) al i fee | 3) | jo ke || a Ba u le a | ae _ + _ #* + + -4+4 1 wv = = L | FE mereereens Sage J : ') NepevanpaxeHHan yctonunsocTb 6e3 rapaHTMM cbyHK : 7 HH3KOuUaCTOTHOrFO ycununTensn MOLIHOCTH a : * ?peHrowHie per LIP ISV BO2b! MBA810DS MBA810DAS KOPNYC: lO-16 1O-17 PekoMeHaoBaHHoe Coe quHenne XapakTepuctTuueckune AaHHbe: cpeg. 3Hau. MHH.-MakC. 3Hau, Tok nuTaHHsA B COCTOSHMH NOKOH Ucc = 144 V, Rp = 42 Ice 9 = 20 mA Ucce = 20V, Re = 42 lee 12 = 50 mA Hanpaxenve mMexay BbiBogamu 12 4 10 4 3 Ucc = 144 V, Rp = 42 U12/10 7,2 6,4... 8,0 V HanpaxeHne Mexay BbiBOgamnH 8 Hn 9 Ucc = 144 V, Ri = 42 Usyjo 100 = 450 mV Bxoquoe HanpaxeHue Uce = 144 V, Uo = 4,0 V, f = 1 kHz, Rp = 42 Ur 65 40... 100 mV Borxoguoe HanpsaKeHHne Ucc = 6V, Rr = 40, f = 1 kHz, k = 10 Yo Uo 19 Vv Ucc = 9V, Rip = 42, f = 1 kHz, k = 10 % Uo 3,0 = 2,6 Vv Uce = 14.4 V, Rp = 42, f = 1 kHz, k = 10 %o Uo 4,7 242 Vv Ucc = 16 V, Rp = 42, f = 1 kHz, k = 10 %p Uo 5,3 Vv Ucc = 20 V, Ri = 42, f = 1 kHz, k = 10 % Uo 6,1 Vv Ucc = 14,4 V, Rp = 22, f = 1 kHz, k = 10 % Uo 3,2 Vv TapmMoHmMueckoe nckaxeHHe Uce = 144 V, Uo = 3,1 V, f = 1 kHz, Rp = 42 k 0,7 <2 Fy HanpsxeHHe Wyma Ha BbIxogAe Uce = 144 V, Rp = 42 Un 1,8 25 mV Tok nmutaHMa npw Bo3s6yxgeHnn Ucc = 14,4 V, Uo = 4,0 V, f = 1 kHz, Rp = 42 lec 500 = 550 mA Bxoguoe conpotusneHne Uce = 14,4 V, Uo = 2V, f = 1kHz, Rp = 42 Ry 90 = 80 kQ LWupuHa nepegaspaemoro qvana30Ha Ucc = 144 V, Uo = 2V, Ur = xoner., Rp = 42 BW 50... 15000 35... 40000 Hz BuyTpeHHee Tennosoe conpoTnsBneHne | = 300 mA Rrnje 8 K/W DRS MSS etd a SAS eR CP EY Ae SPS EL I OTR FEU RL Sy PR ES POST OE A 24NpegenbuHble 3HaUeHHA: Ucc MDA2010 max. +5... +18 MDA2020 max. +5...:. 22 lom max. 3,5 Prot (8c = +75 C) MDA2010 max, 18 MDA2020 max. 25 5; min,-max, 40... +150 stg min.-max. 40... +150 Reajc max. 3 Vv Vv A Ww Ww C C C/K PekomMeHA@oBaHHoe SKCNNYAaTAMOHHOe COCAMHEHHE C CHMMeT- PYYHbIM NKTAHHEM MW ABYMA TOKMECTBEHHbIMM HCTOYUHHMKAaMH, He paspewaetca B 3TOK CxeMe COeAnvHeHHe MeAHOrO OXxnax- Aaouwero paAvaTOpa C SNEKTPHYECKHM NOTEHWUMANOM 3emMAHK (co CpeAhou YacTbO ucTouHHKo.)! MakcwManbHoe HanpaxeHHe nutaHus Ucc He gonKHO gaxe B TEY@HHE MAKCHMaNbHO KOPOTKOTO HHTepBana BpemeHH NpeBbicuTb AONYCTHMOe 3HaYeHHe, NMukoBoe HanpsxkeHHe HeO6XOAMMO NoAxOAsAuHM cnoco6bom OrpaHuunTb (Hanpumep, NnpH NOMOUM AKOAOB 3eHepa). Kopnyc: 1O12 XapakTepuctnueckune AaHuHope: Tok nmuTaHHA COCTOsHMA NOKOAR Uce = +18 V Uce = +22 V Bxoguou Tok noKoa HeHHBeEpTHpyoUlero BxOga Ucc = +17 V BbixoqhHaa aCuMMeTpHa HanpaxeHHi Uce = +17 V HanpaxeHve wyma Ha BbIxoge Uce = +17 V, B (3 dB) = 10 Hz... 20 kHz Uce = +14 V, B (3 dB) = 10 Hz... 20 kHz Boixoquas MoujHOocTD k = 1%, f = 50 Hz... 15 kHz Ucc = +14 V, 4. = 70C Ucc = +17 V, be s 70C Uce = +18 V, ic = 70C, k = 10% BxoaHoe HanpsxeHne Uce = +14 V, Po = 10 W, f = 1 kHz Ucc = +17 V, Po = 15 W, f = 1 kHz TapmMonnueckoe nckaxeHne Uce = +14V, Poe = 150 mW...10 W, f = 1 Ucc = +17 V, Pe = 150 mW...15 W, f = 1 kHz Wupuna qvana3zona Ucc = +14V, Po = 6 Ucc = +17 V, Po = 6 BxoaHoe conpotusnenne Uec = +14V, Po =6W Ucc = +17 V, Po = 6W Ycwunenne Hanpaxenna Ucc = +14 V, Po = 6W, f = 1 kHz Ucc = +17 V, Po = 6W, f = 1 kHz Ww Ww YcwneHve HanpaxeHus pasOMKHYTOA neTAH OGpaTHOn cBA3K Uce = +14 V, f = 1 kHz, f = 25 Hz Ucc = +17 V, f = 1 kHz, f = 25 Hz MDA2010 HOM. 3Hau. 45 0,15 10 ls 18 i8 BuyTpexuaa snekTpnueckas cxema 30... 100 000 30... 100 000 mA mA mV mV 33 <<< a) oo < N Hz kQ kQ dB dB dB dB 25TOYHbIE KOMNAPATOPbI HANPAKEHMA C OYEHb HU3KUMU BXOAHbIMU TOKAMH ANA TOUHbIX CPABHMBAIOLMX VCHAMTENEM, BO3BYAMTENU MCNONHMTENbHbIX SAEMEHTOB C HANPAKEHMEM 50 V (40 V) A TOKOM 50 mA. NpeaAenbuHble 3HaUeHHA: Coequueuue BbiBogoB Uece max. +18 V (Bua cHnay) Uce max. 36 Vv Uip max, +30 Vv Ur) max. +15 V 1 Touka 3a3emneHua Uszja MACI11 max. 50 Vv 2 HeMHBeEpTHpyOUM Bxog MAB311 max. 40 V 3 WHBepTHpyloWHi Bxog Urya max. 30 Vv 4 OTpHyaTenbHoe HanpsxeHHe Prot MK: 500 mW nutanna U Da MAC111 55... +125 C ce t MAB311 0... +70 a 5 3aHyneHne Betyg 55... +155 C 6 s3anyneHne/cTpo6uposanHue tos max. 10 s 7 sBbixog = 8 nonoxuTeAbHoe HanpaxeHne 1) Mpw Uce = +15 V. nutanna +Ucc KOPNYC: 1O6/1 XapaktepuctThueckne AaHHbie: MAC111 MAB311 OcuosHble 3Hayenna: fg = 25C, Ucc = +15 V HOM, MMHH,-MaKc, HOM, = -MHH.-MaKkc, 3Hau, 3HaU. 3Hau, 3Hay, Bxoqguoe octaTouHoe HanpsxeHHe Uro 0,7 = 3,0 2,0 = 7,5 mV Re = 50 kQ }) BxoqguHoi octaTouHbii TOK ') lo 2,0 = 10 4,0 = 50 nA BxoaHod ToK noKkos ') lip 60 <= 100 100 S 250 nA BoixoqHoe catypayHoHHoe HanpaxeHHe Io = 50 mA Uo sar 0,6 21,5 0,6 31,5 Vv U; = 5 mV (MAC111), Ur = 10 mV (MAB311) Ycunenue Hanpsxenna Uo = 1...14V, Rr = 15 kQ, Ra = 50 kQ Au 300 = 40 300 = 40 . 103 BbixogHod octaTounbId TOK Up = 35 V Ur = +5 mV (MAC111), U) = +10 mV (MAB311) lo OFF 0,2 = 10 0,2 <= 50 nA ( A\Mana30H NONOxXMTeENbHOFO BXOAHOTO HAaNpAKeHHA +Ur max +138 2 +413,0 +138 2 +13,0 Vv _ A\Mana30H OTpuyaTeAbHOoro BXOAHOrO HanpAxKeHHA U) max +14,7 24145 +147 2 +4145 Vv Tok nMTaHMA OT NONOXMTeENbHOFO UCTOUHMKa lec+ 3,2 = 6,0 5,1 27,5 mA Tok nMTaHMA OT OTPHYAaTeNbHOrO UCTOUHHKA lec- 2,1 = 5,0 41 = 5,0 mA Bcnomoratenbuble 3HaveHua: Ucc = +15 V, He npwBoqutca an nHaue 55C = ta = +125C 0C s ta Ss +70C BxoaHoe OCTaTOUHOe HAaNpAXxeHHe Re = 502) Uro = 4,0 < 10 mV BxogHow octaTouHbli ToK |) lro = 20 = 70 nA Bxoguoit ToK noxKosa ') lis = 150 = 300 nA Bbixoquoe caTypayHoHHoe HanpsaxeHHe Ucc = 05V/+4,0 V, Ur = 6 mV, lo = 8mA Uo sar 0,23 = 0,4 V Ucc = 0,5 V/+4,0 V, U; = 10 mV, lo = 8 mA Uo sar -= 0,23 =0,4 Vv AlMana30H NOAOKMTENbHOrO BXOAHOTO HAaNpAKeHHA +Ur max +138 2 +13,0 +138 2 +13,0 Vv A\vana30H OTpHyaTenbHoro BxOAHOrO HanpaxKeHHA U) max 14,7 = 14,5 14,7 = 14,5 Vv BopixogHOou OCTaTOUHbIN TOK Uo = 35 V, Ur = 5 mV lo orr 0,1 =0,5 _ - uA Cnpasounpie qanubie: ig = 25C, Ucc = +15 V Bpema 3aqepxku 2) ta 110 110 ns Crpo6upyrouni TOK Is 3 3 ns 1) Uce = 0/+5...+15 V 2) Umm = +100 mV /5 mV, nan 100 mV/ +5 mV. 26BbICTPOAEUACTBYIOLME KOMNAPATOPDHI HAMPAKEHMA C AUMMEPEHUMANbHbIMU BXOAAMU UW AONONHUMTENbHbIMM BbIXOAAMHU TTN ANA BbICTPOAEMCTBYIOLIMX A/l| NPEOBPA3OBATENEM M APYTMX BbICTPOAEMCTBYIOLIMX CXEM. Npegenbuble 3HaUEeHHA: MMH, MaKC. +Uce +8 Vv Ucc 8 Vv low 20 mA Uro +5 V U; +8 Vv da MAC160 55 +125 i MAB360 0 +70 C stg 55 +155 XapaktTepuctHveckune gaHHoe: MAC160: 55C s fg = +125C, He npuBoqgutca av uHaue MAB360: oc <b Ss +70C Ocnosnbie aHayenna: HOM. MHH.-MaKC, 3Hau. 3HAYEHHA NonoxutTenbHoe HanpaxeHHe nutaHHa = 4-Ucc 3,0 4,5...6,5 Vv OtpwuatenbHoe HanpaxeHHe nutTaHMA Ucc 5,0 4,5...65 V NonoxuTenbHbI4 TOK NMTAHHA Ucc = +65 V +lee 18 <= 32 mA OtTpwuaTenbHbId TOK MHTAaHHA Uce = +65 V Ice 9 = 16 mA BxogHoe ocTaTouHoe HanpAxKeHHe Rs = 200 Q Uro 2,0 = 5,0 mV BxoqgHou octaTouHbiit TOK lio 0,5 = 3,0 uA BxogaHolt ToK noKoa lig 5,0 = 20 uA Aana3on COOTBeETCTBYIOWHXx BXOAHbIX HanpAKeHHH Ucc = +65 V U, +4,5 = +4,0 Vv Boixoqhoe HanpaxeHHe BbICOKMH YPOBeHb Ha KaxKAOM BbIxoge lo = 6,4 mA lo = 320 wA, Ucc = +45 V Vor 3,0 = 2,4 BoixoqHoe HanpsaxeHHe HH3aKHi YPOBeHb Ha KaxAOM BbIxoge Unor 0,25 = 0,4 Bpema 3sagepxku fa = 25C, Uceo = +5 V4 tar 15 425 ns a) tue 14 s 20 ns Cnpasounpie qannpie: BbiIxogHoe ConpoTHBneHne Ro 100 GQ Kaxabiid Boixog Up = Uon BxogHoe conpotuenenne R; 17 kQ f = 1 MHz Bxoguasa &mKocTb Cc; 3 pF f = 1MHz Bpema 3agepxKu ta3 14 ns ba = 25C, Ucc = +5 V4) Pa3nv4uua BpeMeH 3a4epxkwH BoIxoga A ty; 2 ns ig = 25C, Uce = +5 Vv) TemnepatypHbid Koacpq*MUKeHT BXOQHOH ACHMMETPHH HanpsxeHuA Rs = 50 2 4) anio 8 uV/K TemnepatypHbiit KoscbqpnyneHT BXOQHOHM ACHMMeTDHH TOKa 4) fer 7 nA/K NC IN +-IN Uce OUT OUT +Uce aO~waAu wr a KOPNYC: CoequHenue Bbipogos (BHA CHH3y) HECOeAMHEHHbIN BbIBOA Bxoq 2 Bxog 1 OTPpHuyaTenbHoe HanpameHHne NHTAaHHA Touka 3a3emnenna (|) BbIxo, 2 BbIxog 71 NONOKHTeNbHOEe HaNnpAKeHMEe NUTAHHA 106/1 yy Uy Ly #78 Te Pia nae ef] #02 2 p02 t 1 rk Ry | c + * + = ag ieee +4 | a) | Rel | Ry z id ud ; ++>, ++ +* | ee re") ~ . 4 ry I TT. 4 ' . . a ; Fb H Ry | (oy A op Dt 4-4 Tre f 4 [ly { jr tk Se t Ly + 1 ~ on bn ga . * | Ry re. T t f T 47 -t + oom # {t { tt . a oe a4 + J sae to : BHyTpeHHsasa Cxema coequHeHHit 1) Bpema 3afepxkn, n3MepAeMoOe C MOMEHTa AOCTHXKEHHA YpoBHa 50 % BXOAHOrO CHHYCOMAaNbHOro CHrHana 10 MHz c Hanpsaxe- HHem MexAy NMKamu 30 mV, BNPeAb AO MOMeHTa AOCTHxXeHHA ypoBHA 50 %, BbIXoqHOrO cHrHana. 2) Bpema 3agepxku, 43Mepsemoe C MOMEHTa AOCTHxKeHHA ypoBHa 50 %) BxogHoro cCHHycoHganbHOro cHrHana 10 MHz c HanpsaxKe- HweM M@eXAy NHKaMH 2 V, Bnpegb AO MOMeHTa AOCTHxkeHMA ypoBHa 50 % BbIxoqHoro cHrHana. 3) Bpems sagqepxku w3mMepsemoe C MOMeHTa Hayana 100 MV npbrxKOBoro H3MeHeHMA BXOAHOTO HanpmKeHHA C nepexpbitHem yposHa KoMnapaynH 5 mV ao MOMeHTa nepexoga sbIxOoAa ypoBHeM peweHna. *) MAC160 % = 55...+4+125C MAB 360}. = 0...+ 70CMOHO/IMTHbIA CTPOBMPYIOWWMA YCHUNUTENb NOBTOPMHTENbHOrO THNA, NMPEAHA3HAYEHHDIA ANA BNOKOB CBOPA AHANOFOBbIX AAHHbIX MW ANA OBUIETO NPAMEHEHHA B NPABOPAX Npegenvuve sHauenua: MMH, MaKC. Uce +18 Vv Ur Ucc V +U7;3 +7 V Ur/s 30 Vv Coeqnnenne sbisogos (BHA cBepxy) Prot |) 500 mW e 6e3 aa a 1 +Ucc noaoxkuvtTenbHoe HanpaxeHne nutaHna S 2 TRIM komnencayuns sxoaHow acummeTpun Da MAC198 55 +125 C a R MAB398 0 +70 C 3 IN aHanoroBbli BxOA dstg =55 +155 Cc 4 Uce oTpnyatenbHoe HanpaxeHne nutaHna ~ 5 OUT - ebixog 1) Np oy = 70C anneiiHo noHH3aHTe Pro, Ha 6,5 mW/K. 6 Cu 3aNOMMNaloulMid KOHAeHCaTOp 2) NpogonxutenbHocTs KOpOTKOrO 3aMbIKaHHA Ha BbIXOAE, 7 LR AOFHNECKHA ONOPHbIA BXOA 3) Npog~oaxutenbHocts KoporkKoro 3ambikaHna 3anoMMHalowjero 8 S/H normueckHii Bxog KOHAeHCaTOpa. KOPHYC: 10-6/1 Xapaktepuctuueckne AaHHbie: , MAC198 MAB398 Ocnosubie aHayeHna: Wee Uce da = 25C, Ucc = +15 V, Un = 2,5 V, Urcr = OV, Rp = 10 kQ, He npuBoqurca nu wHaue. IN Npouecc crpo6uposanna: HOM. MHUH.-MaKC. HOM. MMHH.-MaKC. Bidaiiie ociaiouate 3Hau. 3Hau, 3Ha4y., = 3Hau. _ f HanpaxeHHe vl sa 2. Ucc = +5V...418V Uso 10 53,0 20 <7,.0 mv eo BxoaHow ToK noKoa Tunwukoe akcnayaTauMoHHoe Ucc=+5V...418V Ip 50 25 10 <50 nA aanisue Ouww6ka younenna U; = +11,5V Ex, 0,002 < 0,005 0,004 <001 %% NpouuMkHoBeHne BxogHoro Crpasounbie qannpie: curHana Ha BbIxXo, npouecc 3anommHanna da = 25C, Ucc = +15 V, Cy = 0,01 oF, f = 1 kHz, U; = 4-11,5 V, Ri, = 10 kQ, Un = 25 V, Urir = OV, Cn = 10 nF P 96 >= B86 9 >80 dB He MPHBOAKTCA AW MHaYe, BoixoqHoe conpotnsneHnue Ctpo6uposanne: (npouecc 3anommHanna) Ro 0.5 = 2,0 0,5 =40 Q Ckaukoo6pa3Hoe Hanpsaxenne ~ eneve Ry 10 Ur ov, Ci = 10 nF Bpema kpennenna Ha t Ui=5V A Uo 0,5 = 2,0 1,0 =25 mV ue nosTopeHus OK nMTaHHA , 7 Ucc = +5V...418V lec 45 55 45 565 mA Se ee Ng as BxoaHod ToK normueckux Gee KF AUS eV ee e BxO,OB lee 2,0 = 10 2.0 =< 10 uA H ' o 20 ; NponukHosenue ToKa HeGanan- 3 m sa # ca B 3anom4HaiwuHi MP caus _ KoHAeHcatop 2) npoyecc RoNnenemrope me ae Ur Uo = 2V lc 5 mA Ucc = 5V...418V Ico 30 = 100 30 3200 pA / wae 1) NMpouecc sanommHanua uyectBHTeneH Kk = : napa3sMTHOH CBA3KH M@ KAY BXOAHbDIMU jiomstsiececic as ve: ok NB =n = 6 6B NOTM4eCKHMM CHrHanaMH MM 3anOMHHa- pexynaynn (noporosoe fOulMM KOHA@HCaTOpoM (Hanpumep m- normueckoe HanpaxeHMe) Uy, 1,4 08...24 1,4 08...2,4 V mera ais OF BY new aounene be Ba min = Ba S tamax, Ucc = +15 V, Re = 10kQ, Un, = 2,5 V, Ung = OV ruueckoro Hanpaxenna 5 Vu mp 3Ha- NMpouece ctpo6uposanna: MHMH.-MaKC. MMH.-MaKC. YeHHH 3anoMMHaloWlero KOHAeHCaTopa Bxoquoe octatouHoe aiialied 3HaU. 0,01 uF). HanpskeHHe Pa3mMep HexkenaTenbHoro M3MeHEHHA Ha- Uce = +5 V...218V Uro < 5,0 <10 mV XOAMTCA B O6paTHOHK nponopynonan- BxoAHow TOK noKoa HOCTH C pa3Mepom &MKOCTH naMATH. Ucc = +5V...+18V IrB $75 = 100 nA ?) QctaTouHbli TOK W3MepAeTCA pH Tem: Oww6ka younenna nepatype nepexoga 25C, npwuem on Ur = +11,5 V Ea < 0,02 = 0,02 % fapaHTHpoBaH BO BCeM gqMana3z0He BbixoguHoe conpotnBneHnne BXOAHbIX HanpaxeHHH 11,5 V = U; = (npoyecc 3anomuHanua) Ro s4 s6 Q = +11,5 V. Neeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee reer a 28 ULNpeaenbuHble 3HAaUeHHA: Ucc Makc +18 Vv Ur) MaKc. +15 Vv Uip make. +30 Vv Prot MaKc. 400 mW t?) makc. 6e3 orpanmuennua da MHH.-Makc, 0...+70 i dstg MHH.-M&KC. 55...+155 C 1) fina Ucc s +15 V Uy makc. pasHo Ucc. 2) MpogomkuTenbHOCTb 3aMbIKAHHA HAKOPOTKO Ha BbIXOZe. 3) MNpw dq = 25C nmuHetHo noHMaHtTb Pro Ha 5,4 MW/?C. BuytpeHHaa SNEKTPHYeCKAad CXEMa KOPNYC: I1O-21 SBN oOneawnr Pb Ee 3] Nee | Kt 2S AeA > CoeauuHenne Bbisogos (BHA cBepxy) Boixog A HHBEpTHpyloWHA Bxog A HEHHBEPTHpyOUHH Bxo, A Uce HeMHBepTHpylOWHh Bxog B HHBeEPTHpPyMWwHA Bxog B Bbixog B +Uce Xapaktrepuctuyueckne AgaHHbe: Ucc = +15 V, da = 25C, He npuBogutca nu MHaUe ih ACHMMeTpHAa HanpaAxkeHHsA BxOAOB Rs s 10 kQ Rs = 10 kQ, 2 = 0...+70C ACUMMeTpPHA TOKa BXOAOB A da = 0... +70C BxoqHou ToK nokos fa = 0... +70C Tok nutaHux o60ux ycunutenen YouneHve HanpaxeHHA pasOMKHYTOM neTAH Uo = +10 V, Rp = 2 kQ, da = 25C Uo = 10 V, Rp = 2kQ, b = 0... +70C Amnautyaa BbIXOAHOTO HANPAMKEHHA Rt = 10 kQ, da = 0...+70C Rr, = 2kQ, ba = 0...+70C AMana30H BxXOAHbIX HanpAxeHHH bq = 0...70C Bxoquoe CONpoTHBNneHHe ba = +25C Nogasnenne NapannenbHoro CurHana Rs <= 10 kQ, 2 = 0... +70C Nogasnenve oG6oux H3MeHEHHA HanpaAxeHHH nuTaHHA Ha Uso Rs s 10 kQ, 84 = 0...4+70C HOMHUH, S3HaHY, Uro 1,0 Uro lro 80 lro Ire 200 Ire lec 3,0 Au 160 Au Uo +14 Uo +13 Ur Ry 1,0 CMR 90 SVR 96 MHH.-MaKc. 3Hau, = 6,0 mV a745 mV a 200 nA = 300 nA = 500 nA = 800 nA = 5,6 mA = 20 - 103 215 . 103 z= +12 Vv 2 +10 Vv = +12 Vv 20,3 MQ 270 dB 277 dBNpeaenvHble 3HaueHHA: HanpsxeHMe NHTaHHA * Usp max. +18 Vv | Pa3HOCTHOe BxOAHoe | HanpaxeHne Urp max. 5 Vv ! BxogHoe HanpsxeHHe U) max. +10 Vv ! My Mouwwoctb notepb | | MAAS501, MAA502 P max. 300 mW | | | MAAS04 F max. 250 mW | KpaTkKOBpemMeHHoe a 3aKOpauMBaHHe Bbixoga t max. 5 s | ae Temnepatypa kopnyca 4 4 MAAS01, MAA502 be max. 125 C ae f MAAS04 Be max. 70 " | PaGouaa temnepatypa Wo MAAS01, MAA502 bu max. 55...+125 C fo MAAS04 ta max. 0...+70 o'0 8 | CHMxkeHMe Harpy3Kn | MAASO1 ba = +95C 5,5 mW/K | MAAS02 ja = +95C 5,6 mW/K MAA504 da = +70C 5,6 mW/K KOPNYC: 10-4 XapakTepucTHueckhe AaHHope: MAAS501 MAAS502 MAAS04 MAAS03 AeiicreutenbHo npn 55C s da S$ +125C Up = +15 V (He NpoBoAMTCA nu HHaye) +9 Vs Up 5 +15 V da = 25C HeCUuMMeTPHUHOCTb BXOAOB NO HaNpsKEHHIO Rs = 10 kQ Uro <6 <3 mV Rs s 10 kQ, +9V s Up s +15 V Uso _ 2<7,5 mV Cpeauuit TemnepatypHbii KoacbcpuuHeHT HECHMMETPHYHOCTH BXOAOB NO HaNpAKeHHIO Rs 5 10 kQ au 10 6 -- uV/K R; = 502 au 10 +3 _ ~~ BV/K Rs = 509, tb = +25...+125C au 10 1,8 < 10 uV/K Rs = 502, ta = 55...+ 25C au 10 _ 1,8 < 10 uV/K Rs = 10 kQ, ta = +25... +125C ey 10 2 <15 uV/K Rs = 10 kQ, # = 55...+ 25C eu 10 ~ 4,8 < 25 uV/K YcuneHue no HanpaxeHHio Usp = +15 V, Rr = 2kQ, Uo = +10 V Au 25000... 70 000 Us = +15 V, Rr = 2kQ, Uo = +10 V Au 25000... _ 70 000 Uo = +10V, Rr = 2k2 Au - _ 44 000 15 000 AMnaMTYAa BbIXOAHOrO HanpsxKeHHA Usp = +15 V, Rr = 10 kQ Uopp max +14 > +12 +14> +12 +14 > +12 Vv Usp = +15V, Re = 2kQ Uorp max +13 > +10 +13 > +10 +13 > +10 Vv BxogHou quvana30H HanpsxKeHMA Us = +15V Ur +10> +8 ~ +8 +10> +8 Vv KoasccpHuveHT nOgaBneHHa CyMMapHoro cHrHana Rs = 10 kQ CMR 90 > 70 110 > 80 90 > 65 dB UyBCTBHTeNbHOCTb K H3MEHEHMIO HAaNpsAxeHHA nMTaHHA Rs = 10 kQ SVR 25 < 150 40 < 100 25 < 200 nV/V HecMMMeTpuHUHOCTb BxOAOB NO TOKY lio = = 100 < 500 nA da = +125C lio 20 < 200 3,5 < 50 ~ nA ba = 55C lro 100 < 500 40 < 250 _ nA BbixogHoe conpotnenenne Ro 150 150 150 9 30XapakTepuctTHueckne gaHHoie: MAAS501 MAA502 MAASO4 MAAS503 AleiicteutenbHo npu (He npoBoguTcs nM MHaue) 55C 3 ja S$ 4+125C +9 Vs Up s +15 V Up = +15 V ig = 25C Cpequnit TemnepatypHbl KOscbcnyneHT HECHMMETPHYHOCTH BXOACB NO TOKY ba = +25...4125C ar 10 da = 55...4+ 25C 110 BxogHou TOK noKoA ja = 55C IrB lB Bxoguoe conpotuBaeHne ta = 55C R; Ry Tok nutaHua ja = +125C, Up = ja = 55C, Up = Notpe6aseman MOUWHOCTb tha = +125C, Up = ja = 55C, Up = << 5 5 H-l+- H-H- << 15 15 a0 0,5 < 1,5 100 > 40 0,08 =< 0,5 0,45 < 2,8 0,3 < 0,6 170 > 85 2,7 < 4,5 63 = 90 81 < 135 0,3 <1,5 250 > 50 80 < 200 nA/K nA/K uA kQ kQ mA mW mw mW MAAS501, MAAS02, MAAS04 MAAS503 Bxntouenve sbipogos: Bug cuuay Bug ceepxy BHyTpeHHaa KOMNeHCayMA 3 VMnBeprupylouwi Bxog 4 HevHBeptTupyouni Bxo4 5 Us 6 BoixogHan KomneHcayna 9 Borxog 10 +Up 1 BuytpeHHaa Komnencayna 12 See eee Npeaenbune 3HAUECHHA: HanpsxeHue nutaHna Us max. +18 Pas3HocTHoe BxogHoe HanpaxeHne Urp max. 75 BxoguHoe HanpaxeHue U; max. +10 MoulHocTs noTepb P max. 250 KpatTKospemeHuoe 3akopa4uMBanuve BbIxoga t max. 5 Temnepatypa kopnyca De max. +70 Pa6ouaa Temnepatypa Da max. 0...+4+70 Temnepatypa npvw xpaHeHun stg max. 65..,. +150 CHwkeHMe Harpy3kKH 5,6 (9 = +70C) KOPNYC; 10-13 XapakTepHcTHueckHe 3HaveHHA OAMHaKOBbIe Kak y MAAS04 mW C * EC mWw/K 31Bxntouenne BbiBoqos: a Sl BUA CHH3y a ae es: | tat | | Up | Rag | Ry Ry 1. Komnencauna HeCHMMeTpHuHocTH BxOqOB nO HanpAxKeHHK ae B p18 2. Unseptupyiouwi sxog +40 18 gn re 3. HenHseptupyioumii sxog | " A} 4. Ucc 19 eK 19 Re 5. YactotHaa KomMneHcayna chet foo. 25 6 6. Boixog Tr =e K 120 | a ss 126 | 7. +Uce : | {t2% 722 6 8. KomMneHcayus HeCMMMeTpuYHOCTH BxXOAOB nO HanpaxeHHlo i e | L J K 6 a ay 3a? ' ? R, TR | fe, [Pe Ru ! 247 220 i. era LU Uso Lz : KOPNyC: 10-5 a ; rth & Loe sh sansa = ~8) Xapaktepuctwueckne 3HuaueuHua: MAA725 ~ MAA725B MAA725C MAA725H MAA725) MAA725K AeiicreutenbHo npu S5 S $a S$ +125C MAA725, H MAA725, B, C Us a i5 +15 +15 V 20 sta s + 85C MAA725 B, J MAA725 H, J, K Us +12 +12 fe Vv Os ba <5 + 70C MAA725 C, K Hecummerpnunoct Bxo4oB no HanpaxKeHHIO Rs = 10 kQ 5) Uro =i,5 < 2,5 < 35 mV Cpeauui temnepatypHbiad KoscbcbuyneHT H@CHMMETPHYHOCTH BXOAOB NO HanpaAxkeHHIO Rs = 50 Q5) euro 12<5 2<10 4 uV/K Rs = 50 24) auro 0,6 0.6 0,6 uV/K Hecummetpuunocts sxogoe no TOKYy da = +125C lro 1,2 < 20 _ oe nA tha = +85 C lro 2,2 < 20 _ nA da = +70C lro 5,0 < 35 nA da = 55C lro 7,5 < 40 oh nA da = 20C lo - 7,5 < 40 nA ba = 0C lio _ 9,5 < 50 nA Cpeanui temnepatypnbii KoacbcbuuneHt HECMMMETPMUHOCTH BXOAOB NO TOKY 110 42 < 150 < 300 90 pA/K U Bxoqguoi Tox noKoa 4 de = +125C lis 45 < 100 _ _ nA da = +85C Irs os <= 100 nA da = +70C Irs + < 125 nA ta = 55C lrg 90 < 200 _ a nA ta = 20C lip _ < 200 nA ta = 0C lip _ _ < 250 nA Yonnenne no HanpsxkeHHIO C pasOMKHYyTbIM wnekcdom Rr 2 2 kQ, ba = +125C Au >1 _ _ . 106 Rp = 2 kQ, b = +85C Au ~ >5 -- . 105 Rr, = 2 kQ, ba = +70C Au _ _ > 125 . 102 Rp = 2 kQ, ba = 55C Au > 25 . 105 Rr 2 2 kQ, b = 20C Au > 2,5 _- . 105 Rr 2 2 kQ, ba = 0C Au _ > 125 103 KosccbuuneHT no Aapnenua CymMaPHoro CHurHana Rs 3 10 kQ CMR > 100 > 100 115 db YyscrsutenbHoctb Uso kK H3MeHeHHIO HanpskeHHA NMTAaHHA Rs s 10 kQ SVR < 20 < 20 20 uViV Amnantyga BbIxogHoro HanpsxkeHMA Rr = 2 kQ MAA725, B, C Uopp max > +10 > +10 > 10 Vv Ri = 2 kQ MAA725 H, J, K Uopp mar > +7 >b7 > +7 Vv 5) Bes sHewHeit Hanaqkn 6) C BHewHei HanagKon Rs conpotusnenue ucrounuKa SEGRE SPS AEs ES STAG RE RTS DERRIDA, MNES POSIT TY) 32Npeaenproie 3HAYNYCHHAR: Hanpaxexnwe nutans MAA725, MAA725B, MAA725C MAA725H, MAA725J, MAA725K PasHocTHoe BxoqHoe HanpsxeHnue *) BxoaHoe HanpsxeHne 2) HanpaxeHve mexay Bbisogamu 14 7 Huan 8 47 Mouvoctb notepb (ig < 75C) Pa6ouas tTemnepatypa MAA725, MAA725H MAA725B, MAA725J MAA725C, MAA725K Temnepatypa xpaHeHna Ucc Uce Urp Un)7 Usj7 P; ot Da da da Dsteg max. max. max. max. max. max. max, max. max. MAA725, B, MAA725 H, MAA725, B, MAA725 H, =f) Cy x seca t22 36515 +22 +15 +20 13 +0,5 +0,5 500 55... +125 - +85 - +70 65 es +150 << << << << 3 = C 5 "C C 1) AetcteutenbHo ana MMNybCoB C ANHHOH 5 ms w MaHMNynAsTOpHbiIM OTHOWeHHeEM 10 %. pw noctoaHHow akcnnyaTayun ata BenuunHa yMeHbwaeTca Ha +5 V, 2) Ana Hanpaxenua nutaHua He 6onbwe vem +22 V (a6conmotHaa) mMakc. BenwuMHa HanpaxeHuA Huxe (ana U = +15 V, Us = +5 V getictautenbuo Uy = + 4V). MAA725 MAA725B MAA725C MAA725H MAA725J MAA725K AlekcreutenbHo npw ba = 25C MAAT25, B, C Us +15 +15 +15 Vv (He npoBoguTca nw MHaue) MAA725 H, J, K Us +12 +12 +12 Vv HecuMMeTPHUHOCTb BxogoB no HanpsxeHHIO Rs = 10 kQ 4) Uro OS isi 0,5 < 1,5 O07 <2,5 mV HecummMeTpuuHoctb BxoOgoB no TOKy lro 2<20 3,2 < 20 6,5 < 35 nA BxoquHou TOK noKoa Ire 53 < 100 68 < 100 80 < 125 nA BxogHoe HanpaxeHve Wyma Af = 10 Hz...15 kHz, Rs = 10 kQ Urn ef 1 1 1 J uv Bxoqguoe conpotusnenne f = 1 kHz Ry 1,5 1,5 1,5 MQ BxoaHow quana30H HanpaxeHua MAA725, B, C U; +14 > +13,5 +14 > +135 +14> +135 Vv MAA725 H, J, K Ur +11 > +10,5 +11 > +10,5 +11 > +10,5 Vv Ycunenve no HanpsxkeHHio pa3OMKHYTbIM WNeHdomM Rr. = 2k2, Uo = +10 V MAA725, B, C Au 3.10> 1.108 3.10% > 0,5. 108 3.106 > 2,5, 105 MAA725 H, J, K Au 3.106 > 1. 108 2,4. 106 > 0,5. 106 2.10% > 2,5. 105 Kosacd@cbuuneHT nogasnenna CyMMapHoro curHana Rs = 10 kQ CMR 120 > 110 120 > 100 120 + 94 dB UyscteutenbHocTh K H3MeHEHHIO HanpaxeHHA NMTAaHHA Rs = 10 kQ MAA725, B, C SVR 4<10 4<10 9<35 . uV/V MAA725 H, J, K SVR 4<10 6<10 9<35 uV/V AmnauTyAa BbIXOAHOrO HanpsAxeHuA s 2 10 kQ MAA725, B, C Uopp max +13,5 >: 12 $13,5 > +12 +13,5 > +12 Vv R, = 10 kQ MAA725 H, J, K Uopp max +10,5 > +9 +10,5> +9 +10,5> +9 Vv Rs = 2kQ MAA725, B, C OPP max +13,5 > +10 +13,5 > +10 +135>+10 #V Rs 2 2 kQ MAA725 H, J, K Uopp max +10,5 > +7 +10,5 > +7 +10,5 > +7 Vv BoixoqHoe conpotueneHne f = 1 kHz Ro 150 150 150 Q Notpe6nsemas MOUHOCTb MAA725, B, C P 85 < 105 90 < 120 95 < 150 mW MAA725 H, J, K P 55 < 75 60 = 90 60 =< 120 mW 4) Bes sHewHei Hanagxn; Rs conpotwanenne wcTounHKa nuTaHHa 33Npegenbuoe S3HAYECHHA: Hanpaxenue nutanna Bxogvoe pa3HocTHoe HanpsxxeHne BxogHoe Hanpaxenne |) HanpsxeHne mMexay BbIBOo,aMH (Tonmbko ana MAA741, MAA741C) Tn4 Su 4 MouHoctb notepb f\vana30H paSounx Temnepatyp /\Mana30H TeEMNepaTyp xpaHeHna Uce Urp U; Urja Usya Prot Da de 30... +125 65...4+155 MAA741C MAA748C e 65... +155 3...+18 +30 0... +70 Vv V mW ss ss ') Aaa Hanpsxkenni nutaHua Hwxe +15 V MakcHManbHoe HanpaxeHHe paBHO 3HaYeHHIO HANpsxKeHHA NHTAHHA, ?) Sakopaunsanne sbixoga (no OTHOWeHHMIO K 3eMNe HAH K NMTAHMIO) HEOrpaHhyeHO BO BpeMeHH; ana MAA741 1 MAA748 umeet cuny te S 125C w ana MAA 741C wn MAA748C ite = 70C. KOPNYC: 10-6 XapakTepHuctTHueckne gaHuHoie: Cc = 0 MAA741 MAA741C Cc = 30 pF MAA748 MAA748C umeworT cuny npuw Ucc = +15 V = i580 = 1 9K0 (He npHeogaMTca nn MHaye) ba hee" Oa vee ACHMMeTpHa HanpsKeHHA BxOAOB Rs 5 10 kQ MAA?741 Ulo 1,5 <5 2 <6 mV MAA748 Uro 1,5 <5 2 <6 mV ACMMMeTpHs TOKa BxXOAOB lio 10 <= 200 10 = 200 nA BxoguHoi ToK noKkoa Ire 80 < 500 80 = 500 nA BxogHoe conpotusnenne Rise 3 > 0,3 3 > 0,3 MQ YCHNeHHe HANpAKEHHA PAaZOMKHYTOM NeTAKM Rr =2k2, Uo = +10V MAA741 Au 150 > 50 130 > 20 - 103 Rp, = 2k2, Uo = +10 V MAA748 Au 130 > 50 120 > 20 . 103 Tok nutans lec 13 < 2,8 1,3 < 2,8 mA Nogsogumas MouwHocTD P 40 < 85 40 < 85 mW AMNAMTYAa BbIXOAHOrO HanpsxKeHHA Ucc = 22 V, Rp = 2k2 Uo ppmax +20 > +17 -- Vv Ucc = 18 V, Rr = 2 kQ Uo ppmax +16 > #13 = V Cnpasounbie qaHnpie: BbixoqHow TOK KOpOTKOrO 3aMbIKaHHA los +25 25 mA BoixoanHoe conpotnsnenne f = 1 kHz Ro 60 60 Q Bxoguaa 6mKocTb Cr 2,8 2,8 pF KomneHcayws acuMMeTpHn HanpskeHua MAA7A41 +13 +13 mV MAA748 +20 +20 mV NpogonxutenbHocrb Topua Ur = 20 mV, Rp = 2 kQ Ci = 100 pF, Au = 1 MAA741 tr 0,35 0,35 Ss Cc _ 3,5 pF, Au = 10 MAA748 tr 0,2 0,2 us Boi6poc amnautyabi Ur = 20 mV, Au = 1 Rr, = 2kQ, Cy = 100 pF MAA748 2 2 %y Ckopoctb pasBptkn Au = 1, Rp = 2 kQ MAA741 S 0,5 0,5 Vius Au = 1, Cc = 30 pF MAA748 Ss 0,5 0,5 Vius Au = 10, Co 3,5 pF MAA748 s 6,0 6,0 V/us TemnepatypHbid apetq acummetpuu HanpAKeHKHA BxO,goOB ') MAA741 aUIO 10 10 uV/K MAA748 euro 5 5 uV/K Temnepatypxbi apeiq acummetpuu TOKa Bxo,goB ') MAA741 e110 160 160 pA/K MAA748 ano 80 80 pA/K 1) MpneegenHoe umeet cuny B Avana3oHe paGounx TemnepaTyp. 34MAA741, MAA741C B CoeanHenve BbisogoB: Bua CHH3y MAA748, MAA748C 2 $-~----- Ty : * * - : a * + 7 = | | % ) "Ube ' We 7 * - 1 ! rTh AT rs Ce ' . * 4 r * "tht 4 ' rare Ly nat Pi Rs Tt i! 1a rf 7 * f ha eg Fb ct on 20H | 129 | 300 2 5 + TF TT be Se +K 16 K 122 15 t+ 16 | 70 ont Cer Kt on Te rir Ry Re | pRe Ra pyRs Le T24 | ith Usop Uy ona 50h L100 4 Ls -+}-+ 4+ _4_4. * * * * bee hivewree 4] iad : miss bad 1, KomneHcaywa aCHMMeTpHH HanpsaxeHHA Bxo,oB 1. KomMneHcauna acuMMeTpHu HanpsxkeHHA BxOAoB 2. WvBepTupylioulMi Bxog 2. Vdeeptupyiouni exon 3. HevHseptupyiouyi Bxog 3. Hentseptupyiouwni exog 4. Ucc 4. Ucc 5. KomneHcaliva acHMMeTpun HaNpAxeHuA BxOAOB 5. KomneHcayuns acuMMeTpHu HanpsxkeHHA BXOAOB 6. Boixog 6. Boixog 7. +Ucc 7. +Uce 8. Boisog He coequHeH 8. Komnencayna uactorpi XapakTepuctwuyueckne AaHH bie: Co = 0 MAA741 MAA741C Cc = 30 pF MAA748 MAA748C umetor cuny npw Ucc = +15 V o o (He npospoguTca nu Haye) 55C 5 das +125C 0C 3 0a s +70C ACHMMeTPHA HanpsAxeHHA BxOAOB Rs < 10 kQ MAA741 Uro 2,0 <6 <75 mV MAA748 Uio 1,8 <6 <7,5 mV ACHMMETPHA TOKa BxO4oB a = +125C lro -- < 300 nA fa = 55C lro 5 < 200 _ nA lro 20 < 500 os nA BxoaHou Tok noKon B fa = +125C lie = < 800 nA ta = 55 s lrp 50 < 500 _ nA Ire 150 < 1500 a nA Awmana30n Bxognuix HanpaxeHui U; +13 > +12 +13 >+12 V Ocna6neHve Cosnagatuwero curHana Rs < 10 kQ MAA741 CMR 90 > 70 dB MAA748 CMR 90 > 70 90 > 70 dB UyecTBuTenbHOCTb AaCHMMETPHH HAaNpAxKeHHA BXOAOB Uo K W3MeHeEHHAM HAaNpaAxKeHH NWTAHHA Rs = 10 kQ MAA741 SVR 30 < 150 ~ uV/IV MAA748 SVR 30 < 150 30 < 150 uV/V Ycwnenwe HanpskeHHA pa3soMKHyTOH neTAW Rr =2kQ, Uo = +10V Au > 25 > 15 - 10 AmnautyAa BbIxXOAHoro HanpskeHHA Rr = 10 kQ Uopp max +14 > +12 zi4 > +12) V Rp = 2 kQ Uopp max +13 > +10 +13 >+10 V Tok nutanna MAA748C lec LS <33 mA ba = +125C lec 1,2 < 2,5 mA da = 55C lee 1,4 < 3,3 -= mA Notpe6naemaa MowHocTb MAA748C P _ 40 < 100 mW da = +125C P 35 <75 _ mW fa = 55C P 42 =< 100 mW 1) Umeer cuny tonbKo ana MAA748C. 35Npegenbupoie 3HaUeHHA: Saas MH. MaKC. . rhs Uce 3 +18 Vv a tue - Urp +30 V 10k U;') +15 Vv Prot *) 500 mW ~ a _se oe Z a rf CoeqnvHenne Bpipogos: (844 cBepxy) ane Ce | aie 1. Komnencayun Uso ') Ana Hanpaxenna nutanua Hwxe +15 V, makcu- a 2. WUneeprupyiounmii axog MaNbHOe BXOAHOe HaNpsxKeHHE PAaBHO 3HAaUeHHIO 10M tS 3. Hennseprupyiouni exo, 7 Ucc. . 4. Ucc ) Ana fa > 25C Pio: aWHetHO noHM3MTb Ha 5. Komnencayuna Uo 4 mv/C. 6. Boixog 7. +Uce 8. MAA741CN Hecoequnen kKopnyc: 10-21 MAA748CN uactotHas KomneHcayna acHMMeTpuu HanpsxeHHA BxOgoB ial ai & XapaktepuetTnueckune gaHHobie: Ce = 0 MAA741CN Cc = 30 pF MAA748CN Mmewr cuny npw Ucc = +15 V 5 rn (He yctaHoBneHo nu MHaue) Ba = +25C Da 0C, +70C HOM. MMH. MaKC. HOM. MHH.-MaKC. 3Hau, 3Hau, 3Hau, 3Hau. ACHMMeTpHsa HanpAxeHMA BXOgOB Rs = 10 kQ | Uro | 2 =6 <7,5 mV ACMMMeTpus Toka BxogoB | lro | 10 = 200 = 300 nA BxoquHok ToK noKoa IrB 80 = 500 <= 800 nA BxoaHowW Avana3o0H HanpaxeHuin Ur 13 z +12 Vv Bxognoe conpotnenenne Rise 2 20,3 _- MQ YcuneHue HanpaxeHUA pasOoMKHYTOH neTAK Rr = 2kQ, Uo = +10 V Au 200 = 20 215 - 108 Amnautyaa BbIXOAHOrO HanpsaxeHHA Rp = 2kQ Uopp max +13 = +10 +13 = +10 Vv Tok nwtanus | lee | 1,7 = 2,8 _ mA Notpe6aseman mouwnHoctb P 50 = 85 mW Nogasnenve cosnagatowero curnana Rs s 10k CMR 90 = 70 _ dB YyecreutenbHocth Uo k w3meHeHuam +Ucc Rs = 10 kQ SVR 30 = 150 uViV Cnpasounbie qannpie: U BetxoqHoi ToK HaKoporko 2) los +25 aa _ mA BbixoqHoe conpotneneHue f = 1 kHz Ro 60 2 BxoanHas mKocTb Cc; 2,8 pF Komnencayna acummerpun Hanpaxenua MAAZ41CN +13 mV MAA748CN +20 mV NpogomxkutenbHocTh Topya Ur = 20 mV, Rr = 2kQ Cr, = 100 pF, Au = 1 tr 0,30 us Cc = 3,5 pF, Au = 10 MAA748CN tr 0,2 us Boi6poc amnantyant Ur = 20 mV, Au = 1G = 30 pF Rr = 2kQ, Cr <= 100 pF MAA748CN 2 %o Cxopoctb pasBptku Au = 1, Re 2 2 kQ MAA741CN S 0,5 V/us Au = 1, Ce = 30 pF MAA748CN S 0,5 V/us Au = 10, Cc = 3,5 pF MAA748CN S 6,0 V/us TemnepatypHbiid qpenp aCMMMETPHH HanpskeHMA Bxo,a ') MAA741CN aul 10 uV/K MAA748CN auro 5 uV/K TemnepatypHpid apencp aCHMMETPHH TOKa Bxo,a ') MAA741CN e110 160 pA/K MAA748CN 110 80 pA/K 1) AeicreutenbHo B qanana3zoHe pa6ounx Temnepatyp 2) 3akopaumBanne Bbixoga (no OTHOWeHMIO K 3emne MMENT CHNy OTHOWEHHA Je S 125C unn dg S 70C 41M K NMTaHMIO) HeEOrpaHH4ueHO BpemMeHem, ecaH npw Uce s 15 V. 36MOHOAMTHbIE ONEPAL|MOHHbIE YCUNUTENM C BXOAHbIMM TPAH3HCTOPAMH JFET HA OBLUEM 4YMNE C ABYXNONIOCHbIMU TPAH3UCTOPAMM, NOAXOAALWIME ANA TOUHbIX M4 BbICTPOAEMCTBYIOLMX MHTEFPANbHbIX YCMNUMTENER, BbICTPOAEMCTBYIOLMX MPEOBPA3OBATENER A/L u U/A. NpegenbuHbpie 3HaueHHA: 2, Uce CoeqwHenue Bbipogos: (BHA cHu3y) MAC... MAB... Us = 422 +18 Vv 1 ore a acCMMMeTpHH HanpaxKeHHA Ur) max. +20 +16 Vv 2 MHBepTHpyoUHi Bxog Urp max, +40 +30 Vv 3 HeMHBepTHpyloMHe Bxog Prot 2) max. 670 570 mW 4 Ucc ia min-max, 85... 4125 0... 470 C 5 SaHYROHNO achMMeTpHH HanpaKeHHD Dstg min.-max, 55... +155 C 6 BbIxog tk) (He = 125C) 6e3 orpanwuenna 7 +Uce : 8 He3aHATO ") Maxcumym: U; = Ucc. *) Ecaw fg = 25C aunetHo nonu3antb Prop Ha 5,2 mWYK. KOPNYC: IO6/1 *) Kopotkoe 3ambikanue Ha BbIxoge NpH yCnoBHH: fe = 125C, XapakTepucTHueckwe AQaHHoble: MAC155 MAB355 MAC156 MAB356 MAC157 MAB357 OCHOBHbIE 3HAYEHHA: ta = 25C, Ucc = +15 V, He npusogutca an unaue HOM. MHUH.-MaKCc. 3Hau, 3Hau, ACHMMEeTPHA HanpsAxeHHA BxOAOB Rs = 502, Ucc = +15V... +20V Uio 2 25 Rs = 500 Uyo pass Rs = 500 MAC157 Uio 2 25 ACMMMeTpHA TOKa BxogoB #; = 25C, Ucc = +15V...+20V lio aa iy = 25C lro 3 = 20 BxoqHow TOK noKos #; = 25C, Ucc = +15V... +20V lig 20 = 100 6; = 25C, Uce = +15V...+20V MAC157 lr 30 = 100 dj = 25 aC Ire YcnneHve HanpsxkeHHsA pasomMKHyTOM neTAM Rr = 2kQ, Uo = +10V Auo 300 = 50 MAC157, MAB357 Auo 200 = 50 A\Mana30H BxOAHbIX HaNnpsKeHHH MAC156, MAC157, MAB357 Ur Wao Gee Tok nutaHua MAC155, MAB355 lee 2 a4 MAC156, MAB356 lee 4 a7 MAC157, MAB357 lec 5 s7 Cxopoctb pasBptKkn u = MAC155, MAB355 S 5 Au = 1 MAC156, MAB356 s 12 27,5 Au = 5 MAC157, MAB357 s 50 = 30 Amnamtyaa BbIxoQHoro HanpsxeHHA Ri, = 10 kQ Uo max +13 = +12 Rp = 2 kQ Uo max $12 z +10 Nogasnenue Bxognoro cosnagaiwmwero HanpaxeHHa Ucc = +15 V...+20V CMR 100 = 85 Nogabnenue BAWAHMA H3MeHEHHA HanpsxKeHMA nuTaHHA Ucc = +5 V...+18V SVR 100 2 85 HOM. MMH.-MaKc, 3Hau. 3Hau., _ mV 3 =10 mV _ mV =50 pA Se pA = pA 30 = 200 pA 300 225 .103 225 200 22 - 103 +15,1...12- 2=+10 V 2 <4 mA 5 =10 mA 5 =10 mA 5 Vius 12 vis 50 Vius +13 2+12 V +12 2+10 V 100 = 80 dB 100 =80 dB 37BHYyTpeHHAA aneKTpHuecKkan Cxema KomneHcauws acuMMeTpun HanpAxKeHHaA MAC155 MAB355 MAC156 MAB356 MAC157 MAB357 OCHOBHbIE 3HAYEHHMA: Ucc = +15 V He npwsoqutTca au uHaue 55C s fa 5 +125C 0C S hg = +70C HOM. MHH.-MakKC, HOM. MMH.-MakKC. 3HaU, 3Hau, 3Hau, 3Ha4, ACHMMeTPHA HAaNPAKEHHA BXOAOB Rs = 502, Ucc = +15V... +20V Uro s mV Rs = 509 Uro _ =13 mV ACUMMeTEHA TOKa BxO,OB b; = 125C, Ucc = 15V... +20V lio = 20 _ nA d; = 70C / lro mS o =2 nA BxoguHouw ToK noKos dy = 125C, Ucc = 15V...+20V lip = 50 nA dj; = 70C lB - =8 nA Ycnnenne HanpaxeHHA pasOMKHYTOM neTAM Re = 2kQ2, Uo = +10 V Auo 2 25 215 .103 Alwana30H BxogHbix HanpsxeHHi U, +15,1...12 2+11 +15,1...12 2+10 V AmnaAwTyAa BbIXOQHOrO HanpskeHHA Rr = 10 kQ Uo max +13 2=+12 +13 2212 V Rie = 2k2 Uo max +12 2+10 +12 2+10 V Nogasnenve CoBpnagaowero curHana Uy = +11V, Uce = +15V...+20V CMR 100 = 85 dB Ur = +10V CMR _ 100 =80 dB NogasneHve BauaHwsa H3aMeHeHMA HanpsxeHHA nutaHus Uce = +5V...4+18V SVR 100 285 100 =80 dB CNPABOUYHbIE AAHHDIE: jy = 25C, Ucc = +15 V He npweogutTca am MHaue BxoqgHoe conpotusneHnne UY iy = 25C, Uce = +15V... +20V Rise 10% = 2 o; = 25C Rise 10% Q BxoanHas mKoctb C; 4 _ 4 pF BbixoqHouw TOK KOpOTKOrO 3aMbIKaHHA los +25 +25 mA NpeaenbHasa acToTa pa3sBpTKu MAC155, MAB355 fr 3 3 MHz MAC156, MAB356 fr 5 -- 5 MHz MAC157, MAB357 fr 20 20 MHz Bpema cra6unn3aunn Au = 1, Ur=10V,2= 0,01 % MAC155, MAB355 ts A = A (es MAC156, MAB356 ts 1,5 - 1,5 us Au = 5, U; = 10V, = 0,01 %y MAC157, MAB357 ts 1,5 ~ 1,5 us TemnepatypxHbikt KoScpqpHUHEHT AaCHMMETPHH BxXOA4OB Rs = 502, Ucc = +15V...+20V MACI55 ~~ TKuyjo 5 mo uV/K Rs = 502 MAB355_s TKuo _ 5 uV/K Rs = 502, Ucc = +15V...+20V MAC156,MAC157_s TKuro 15 = KV/K Rs = 502 MAB356, MAB357_s TK -- 15 BV/K M3ameHeHne TemnepatypHoro KOacpduuHneHta ACUMMEeTPHH HaNpAKeHHA BXOAOB Rs = 502, Ucc = +15V... +20V ATKuro/ A Uio 0,5 uV/mV. K Rs = 502 A TKuro/ AUjo _ 0,5 uV/mV . K Bxoguoe HanpsxkeHHe Wyma Rs = 1002, f=0,1...10Hz Un ym 5 5 uv SERS SPO ER ae ee, ee ee eh a Re Riders OT OS ee ee 38Npeaenbunoe 3HAYUEGCHHA:? Pexomenayemoe BKNIOUeCHHE Us imp (t= 50 ms) ee 50 Vv Boixoquoe HanpaxeHMe Up = 2...7 V U; max. 40 Vv +, Te 4 Ur Us max, 40 Vv $7 Ro lo max. 150 mA Unere r4 +++ I max. 15 mA al MAA 10)~ |; = Prior MAA723 max, 800 mW 223 14 7. MAA723H max. 700 mW r +i bt da max. 55...+125 i a etg max. 65... +155 C = f)R | Ly r I 100 Uo Ry Ro 3V 4,12 3,01 kQ 5V 2,15 4,99 kQ 6V 1,15 6,04 kQ BoixoqHoe HanpaxeHHe Up = 7...37V *Uy 1 it a7 Ro ie oh 6 T* + = Pr) [MAA 1%} | nl 723,H_ + a 1 : 59 ] lI" [gts I 10 R> BkatoueHHe BbIBO,OB: wis = a ~ 1. KoxHtTponb no ToKy 7. TiwtaHMe BbIXoAHOrO TpaH3ncTopa U R R 2. MnBeprupyiouni exoa +Ue 9V 1 87 7 15 ka 4. OnopHoe Hanpaxenne Up 8. BxogHoe HecTa6unn3snpoBaHHoe I5V 7'87 715 kQ 5. 3a3emnenne () HanpaxeHue +U, 28 V 21 715 KO 6. BbixoqHoe cta6unn3supoBaHHoe 9. YUactotHas KomneHcayna HanpsxeHue Up 10. Orpauuuenve no ToKy KOPNYC: 10-7 XapakTepuctuueckne 3HaUeHUS: Mamepsetca npu M3MeHeHHe BbIXOAHOrO HaNpsxKeHHA NpH W3MCHEHHH BXOAHOFO HANpAKeHHA MAA723 AUo 0,02 < 0,1 %, Uo Uy, = 12...15 V, MAA723H Uo 0,1 % Uo Uo = 5V, lo=1mA VM3meHeHHe BbIXOAHOrO HanpAXxKeHHA NpH W3MEHEHMM BXOAHOFO HanpsxkeHHA MAA723 A Uo 0,1 < 0,2 %5 Uo Ur = 12... 40 V, MAA723H AUo 0,4 <1 % Uo Uo = 5V, lo =1mA MsmMeHenuve BbIXOAHoro HanpaxeHHaA npu M3MeHEHHM BXOAHOrO HanpaxKeHHA B 3aQaHHOM Avana3oHe Temnepatyp MAA723 AUs < 0,3 5% Uo Ur = 12...15 V, Uo = 5V, lo = 1 mA, 55C = ta S +125C V3mMeHenHve BbIXOAHOrO HanpsxKeHHA npH H3MeHEHHM Harpy3ku MAA723 A Uo < 0,15 o, Uo Ur =12V, Ue = 5V, MAA723H AUo < 0,3 %q Uo lo = 1...50 mA- M3meHenne BbIXOAHoro HanpsxkeHHA NPM W3MeHEHMM Harpy3kKM B 3a4aHHOM AManazoHe Temnepatyp MAA723 A Uo < 0,6 % Uo U;, = 12V, Uo = 5V, lo = 1...50 mA, 55C s ta S +125C TemnepatypHbid KOacdPMuUMeHT BbIXOAHOFO Hanps>kKeHMA MAA723 Tkuo 0,005 = 0,015 9, /C Ur; = 12V, Uo =5V, MAA723H Tkuo 0,01 PC lo = 1 mA, 55C s Ba S +125C Onopuoe HanpsxeHue MAA723 Ur = 12V, Uv =5V MAA723H Ur 7,15 68...7,5 Vv Tok noxos ') MAA723 le 2,3 < 35 mA Ur = 30V, lo =0 MAA723H Irp <5 mA Z\vana30H BxOAHOro HanpaxeHHa Ur 95...40 V A\wana30H BbIxXOAHOrO HanpsaxeHMA U; 2 aman Vv Pa3HOCTb M@*XAY BXOQHbIM HM BbIXOAHbIM HanpsKeHHeEM U;Uo PS 1) Borxog W HCTOUHHK ONOpHoro HanpaxeHHH Ges Harpy3KH. Ie = 0. SERRE LT EAR A OR REY GF CS TAD NRT RP 39Npe HblIe 3Ha : w peaenn 3HauUeHHA we hc Uy max. 40 Vv ne Eacove U; Uo max. 40 Vv & fa} lo max. 150 mA wey Ht) Ue IREE max. 15 mA nE] fo) us Iz max. 25 mA User BS 9) Uor Prot ') max. 700 mW Gy adn stg max, 55...+4+155 C da max. 0...+70 C Be ') [pw ta = 25C nonusnty nnneiino Ha 6,8 mW/K pono -------- <n 13 | 2 T16 T _ [50 | ! | sR a erected a Uper CoeqnHenne Bbipogos (BHA cBepxy) 1 HecoequHeH 9 BbIxog Yepes qanog 3eHepa Upz 2 orpaHMueHne ToKa 10 BbIxoqgHoe CTaGunusMpoBaHHoe Up 3 KOHTponb ToKa HanpaxeHHe 4 WHBeEpTHpyoNyHi Bxog 11s nwTaHHe BbIXOAHOrO TpaH3ucTopa 5 HeHHBepTHpylOUMi BxoA (+Uc) 6 onopHoe HanpsaxeHve Urer 12 BxogHoe HecTa6unu3npoBaHHoe 7 oTpHyaTenbHbI Nontoc (+Uy;) HanpsaxeHne HanpaxeHHa nutaHua (1) 13 yacToTHas KomneHcayHa 8 HecoequHeH 14 HecoeqnHeH KOPNYC: IO13 XapakrepuctHuuecknhe 3HaYeHHA: Da = 25C, +U; = Uc = 12 V, Uo = 5V, lo = 1 mA, Ro = 02, Ce = 100 pF, Cr = 0, He npHeogutca an nHaye M3meHenne BbIXogHOro HanpsaxeHHA PH H3MeHEHHM BxOAHOrO HanpaxeHHA U; = 12...15V A Uo 0,01 =0,1 %y Uo Ur = 12...40V A Uo 0,1 = 0,5 %y Uo Vi3MeHeEHHe BbIXOAHOrO HaNpAKeHMA Np H3MeHEHMHM BXOAHOrO HapAXeHHA B ONPeAeNeHHOM Avana3oHe Temnepatyp Ur = 12...40V A Uo < 0,3 % Ua M3mMeHeHne BbIXOAHOrO HanpaAxeHHA NpwW W3MeHeHMM Harpy3KH lo = 1...50 mA A Uo 0,03 = 0,2 %p Uc M3MEHEHHE BbIXOAHOFO HANPAXKEHHA Np KH3MEHEHMH Harpy3kH B ONpe- AeNeHHOM AMana3z0He Temnepatyp lo= 1...50 mA A Uo = 0,6 %y Uo TemnepatypHbin Kos@duyuneHT BbIXOAHOrO HanpsaxeHHA OC s da 5 70C Tk 0,003 < 0,015 Oo/K OnopHoe HanpsxeHne Urer 7,15 68.6.7,5 Vv Tok noKxoa U; = 30 V, lo = 0 IrB 2,3 <4 mA Aana3on BxoqHoro HanpsaxeHna Ur 9,5...40 V A\Mana3o0uH eBbIxOAHoro HanpsaxeHHA U; 2 wai dT Vv Pa3znuune M@exAy BXOAHbIM W BbIXOAHbIM HaNnps>keHHAMH U; Uo 3....38 Vv PEKOMEHAOBAHHOE COEAMHEHME Boixoguoe HanpaxeHne Us = 2... 7V a | 1, ok Ube 46 oi . MAA ? Uo f T23N y % =o sa = ti fs! Ce 700 +1 -_ ~.-}- Uo Ry Ro 3V 412 3,01 kQ 5 Vv 2,15 4,99 kQ 6V 1,35 6,04 kQ Boixoghoe HanpaxeHue U2 = 7...37V #U f Ro . GaerT oat 1, wy T23N 4 + 7 70 . T ] (} ye \ 0 The | i # ao Uo R; Re 9V 1,87 7,15 kQ 15 Vv 7,87 7,15 kQ 28 V 21 7,15 kQ Cnpa BOUNbIE AaHHble: Nogasnenve nynabcaunn f = 50...10000 Hz, Cr=0 74 dB f = 50...10000 Hz, Cre = 5 uF 86 dB OrpanuueHne ToKa npu 3aMbIKaHHM BbIXOAa HaKOpOTKO Uo = OV, Ro = 10 Q 65 mA NpogonxutenbHaa TemnepatypHaa cTa6HbHOCTb HanpaxeHue GnokuposKH AMoga 3eHepa Iz = 1mA 62 V 0,25 %/1 000 u 40MACO1, MABO1H MABO1H, MABO1D KOPNYC: 106/1 UHTEFPANbHAA CXEMA ANA ACTOYUHMKA TOUHOTO ONOPHOFO HANPAKEHMA +10 V C HH3KOK NOABOAMMOM MOUIHOCTbW, HEBONbBLUMM LYMOM MW BbICOKOM TEMNEPATVPHOM CTABUAbHOCTbW, NOAXOAAWAA, FNABHbIM OBPA3OM ANA A/U UW U/A NPEOBPA3OBATENEM. Npegenbubie sHauenHna: max. max, max. min.-max, min,-max, min.-max, max. ') Mpu da = +80C Heo6xoqnmo noHH3aHTb Pro; Ha 7,1 mW/K. 55 ..6.4+125 55...4155 6e3 orpaHuueHna CoeguuHeuue ebipogoes (Bua cHH3y) = - ir ] ove 5] macoi {84-4 ig 1O,000V PekomMeHgoBaHHoe coequHeHne MCTOUHMKa Kanu6poBouHoro HanpaxeHua 10,000 V wn XapakTepuctnueckne 3aHaueHuHa: U; = +15 V, = 25C, He npwsoqutca an uHaye Ocuhosuble 3Hauenna: BolxogHoe HanpsxeHHe U, = 13...33 V Ip = 0...10 mA Tok Harpy3kKH Tok Ha BbIxoge BbixogqHoe HanpsamxeHHe Wyma Cnpasounpie qannvie: U; MABO1H, MABO1D: Bea aay OTHOCHTeNbHbI AMaNa3zOH perynMposBKH BbIXOAHOrO HaNpAxKeHHA A\Wana30H BxOAHOro HanpsxeHHaA @Maxtop cra6uav3zaunn npw cneayrounx +15 V da = 55C...4+125C, ne npwBogutca nu nnaue da = 0C...+70C Bpema cra6mau3zaynu Bbixoga nocne BKnioueHna ba = 25C, +0,1 Yo Uo BeixogHow TOK 3aKopauMBaHna da = 25C, Uo OTHOCHTeNbHOe H3MeHEHHME TeMNepaTypHoro KOIMDKUMEHTA BbIXOAHOFO HaNpAKeHHA Cc yCTaHoBKaMn: MABO1H, MABOID) ja = 0... 55...4+125C MACO1, MABO1H 9,95... 10,05 FHP oe a ee Cee ee ee a MABO1D HOMHH, MHUH.-MaKC, 10,00 9,85...10,15 mA = +2,0 % 12030 Vv 0,012 =0,04 /o/V 0,009 = 0,04 O/a/mA 1,0 < 2,0 mA 21 28 mA 0,5 z0,2 mA 25 ox gd BS mA ppm/K//, eee TAM Sen ees ETS a peeve ee 4)Npeaenbuvie 3HaUeHHSA: Bxoquoe HanpAKeHHe MA7805, MA7812, MA7815 U; max. 35 Vv MA7824 U; max. 40 Vv MowHoctb notepb Pros max, BHYTP, OrpaHnu, Temnepatypa nepexoga dy max. 0... +1725 C Temnepatypa xpaHeHua Aste max. 55...+155 KOPNYC: 1O11 XapaktTepuctuyueckne AaHHoe: 0C < fj < +125C, He npuBoguTca nw nHave MATAOS MATOT2 Umer cuny npn U; = 10V, lo = 500mA_ U; = 19 V, lo = 500 mA cpeg. cpea. 3Ha4. MMHH.-MaKC. 3Ha4. MMHH.-MaKc. Boixoguoe HanpaxeHue bj = 25C Uo 5,0 48...5,2 12,0 W200 12,5 Vv Cra6uan3zauMoHHbla KOScPcpHuUKMeHT . no HanpsxeHHto B= 25C, 7V < Ur < OV A Uou 3,0 < 100 mV bd) = 25C, 8V < U; < 12 V A Uou 1,0 < 50 mV by = 25C, 14,5 V < Ur < 30 V A Uou = - 10 =< 240 mV bj = 25C, 16 V < U; < 22 V A Uou 3,0 < 120 mV Crta6wauzayVOHHbId KOS@cMuKeEHT NO TOKY by = 25C, 5mA < lo < 15A AUor 50 < 100 60 < 240 mV ij = 25C, 250 mA < lo < 750 mA A Uor 25 < 50 30 < 120 mV BoixogHoe Hanpaxenwve P = 15 W 7V < Ur < 20V, 5mA< Ilo < 1A Uo 4,75...5,25 Vv 145 V < U; < 27V, 5mA <Ilo < 1A Uo _ - 11,45.512,6 Vv Tok noKosa bj = 25C lo 4,2 < 8,0 4,3 =< 8,0 mA MameHeHme TOoKa NOKOA B 3aBHCHMOCTH OT HanpsxeHHA Ha Harpy3ke 7V < Uy < 25V Alo <13 mA 14,5 V < Ur < 30 V Alg _ _ - < 1,0 mA 5mA<lao<1A Alo _ < 0,5 = < 0,5 mA Boixoqnoe HanpaxeHHe wyma da = 25C, 10 Hz < f < 100 kHz Uon 40 75 _ uv NpogonxutenbHad TemnepatTypHasA CcTaGuMAbHOCTb A Uor _ < 20 < 48 mV Nogasnenve nybcaynn f = 100 Hz, 8V< U; < 18V SVR 78 > 62 dB f = 100 Hz, 15 V < U; < 25 V SVR a 71 > 55 dB MuHuManbHoe perynupyemMoe HanpaxeHHe lo = 1A, Oj) = 25C (Uy; Uo) min. 2,0 _ 2,0 _ Vv Boixoqguoe conpotusnenne f = 1 kHz, 250 mA < lo = 750 mA Ro 50 60 _ mQ BbixogHouw TOK KOpOTKOrO 3aMbIKaHHA oj = 25C los 750 350 mA BbixoqHouw nukoBon TOK by) = 25C lop 2,2 -- 2,2 _- A Cpeauni temnepatypHpid KoaccuyneHt BbIXOAHOrTO HanpsaxeHua lo = 5 mA, 0C < dF < +125C Tk 1,1 = 1,0 _ mV/K 42CTOMHK sg ap a ! CTP ORR | COO PAE EMA na | | 3 i L = p Brnox cxema yenen cepun MA78.. XapaktTepucruueckne fsaHHoie: 0C < bj < +125C, He npHBOognTcA nn MHaYe MA7815 MA7624 Mme cuay npu U; = 23V, lo= 250mA UU; = 33 V, lo = 500 mA cpea. cpea. 3Ha4. MHH.-MaKC, 3Ha4u. MMH.-MaKC, BorxoqHoe HanpsxeHMe Oyo 25C Uo 150 14,4...15,6 24 23.00c28d Vv Cra6uau3zayHoHHbi KOScpcpMUMeHT no HanpAXeHHIO dj = 25C, 17,5 V < Ur < 30 V A Uou 11 < 300 oo mV oj; = 25C, 20 V < Ur < 26V A Uou 30 < 150 mV 5) = 25C, 27 V =< U; < 38V A Uou = 18 = 480 mV 5b; = 25C, 30 V< U; < 36V A Uou 6,0 < 240 mV CTa6vnvn3zayHOHHbIA KOS@CHMUNEHT NO TOKY bj = 25C, 5 mA < lo < 155A A Uar 70 < 300 70 < 480 mV ij = 25C, 250 mA < Io < 750 mA AUor 35 < 150 35 < 240 mV BoixogHoe HanpaxeHne P = 15 W 17,5 V < U; < 30V, 5mA < lo< 1A Uo 14,25...15,75 = Vv 27,5 V< U; < 38V, 5mA < lo < 1A Uo -- 22,8... 25,2 Vv b Tox noxos o; = 25C lg 4,4 < 8,0 4,6 < 8,0 mA M3meHeHue TOKa NoKOA B 3aBHCMMOCTH OT HanpsxeHMA Ha Harpy3ke 17.5 V < U; < 30V Alg < 1,0 _ mA 27 V Up < 3V Alg - _ _ < 1,0 mA 5mA<lo<1A Alg ~ < 0,5 < 0,5 mA BeixogHoe HanpsxeHHe Wyma bj = 25C, 10 Hz < f < 100 kHz Uon 90 170 _ uv NpogonxutenbHaa TemnepatypHaa CcTaGuAbHOCTb A Uor a < 60 ~ < 96 mV Nogasnenne nyabcaynn f = 100 Hz, 185 V < U; < 285 V SVR 70 > 54 ~ dB f = 100 Hz, 28 V < U; < 38 V SVR -- - 66 > 50 dB MuuumanbHoe peryanpyemoe HanpaxeHue lo = 1A, 8) = 25C (U; Uo) min. 2,0 2,0 Vv BoixoqHoe conpoTueneHue f = 1 kHz, 250 mA < lo = 750 mA Ro 70 -= 80 -- mQ BoixoqHow TOK KOpOTKOrO 3aMbIKaHHA oj) = 25C los 230 150 ~ mA BoixogHonw nMKoBbIN TOK o = 25C Uop 2,1 2,1 A CpequHit TemnepatypHbiIM KOSqcMuneHT BbIXOAHOrO HAaNpsKeHHA lo = 5 mA, OC < #; < 4+125C Tk 1,0 1,5 mV/K 43MOHO/MTHbIA AHANOFOBbIA MVAbTUNNEKCEP ANA A/U NPEOBPA3ZOBATENER U ANA OBLIETO nPAMEHEHUMA MACO8A, MABOSE, F G 8-KAHANbHbIA MAC24A, MAB24E, F, G CABOEHHbIM 4-KAHANbHbIU BEEEEaEe nw wy 3 Npegenbube 3HaueHHA: A Uec }) 36 Vv Ur) 4) 4 +Uce Vv Us 4) Ucc 20 +Ucc Vv MACO8, MABO8 MAC24, MAB24 15) 25 mA Prot MAC. 500 pw Da MACO8A, 24A 55 +125 Coeanne "| MABO8E, F, G, MAB24E, F, G 0 +70 C Toacemy Bstg *) 55 +155 1/Rin (Ha = 100C) 10 mW/K Ag... Az nornueckue BxOAb! agpecaunn EN fAormueCKkHi BXOA pasbeqnHeHHaA ') PasHoctb HanpsxkeHHA nuTaHuA Mexay BbIBOgamM +Ucc nu Ucc. SrixeSs; 2) [pu orpHuatrenbHom HAaNPAXEHHK NWTAHHA HE MeHee 4 V, Sia... Sa, 2 Nornuecknx Bxogos. Sis...S4n avanorosple Bxoabl ) Axanorosbix Bxogos. D, Da, Dg = ananorospie Boixogpl 5) Mio6oro spiBoga. KOPNYC: 1018/C2 XapakTtepuctuuyeckne gaHHbie: +Ucc = 15 V, Ucc= -15V OcHosuHble 3Ha4eHHA: dy = +25C Conpotusnenne nepekniouaTena B COCTOAHHH BKNIOUGHHA Up = 10 V, Is = 200 pA, Us = 2,0 V, Un = 08V Bxoguou tok HeGananca ') Us = 10 V, Up = 10 V, Urn = 0,8 V BbixoqHou ToK oTceuKu |) (nepekntouatenb BbiKnioueH) Us = 10 V, Up = 10 V, Ur, = 0,8 V Tok yTeyku nepekntouatens B COoCcTOAHHM BKkniouen 1) Un = 10 V, Un = 20 V, Un, = 08 V Bxoghoe fnormueckoe HanpsaxeHHe ypoBeHb H BxoqvHoe normueckoe HanpsxeHHe ypoBeHb L Bxoquouw normuecku TOK ypoBeHb L Un = 04 V Tok nutaHsA OT NOAOKHTENbHOFO MCTOUHMKAa Un = 08 V Tok NWTaHHA OT OTPHaTeAbHOrO MCTOUHHKa Un = 08 V NpogoaxutenbHocth nepeknioueHna Ochosubie 3Hauenna: MABO8E, F,G, MAB24E,F,G: 0C < jig = +70C Ron Isporr) Ippore) Ipon) + Ison) Urn Urn WT +lee lee trRANn MACOBA, MAC24A: 55C <= tia S$ +125C Conpotusnenue nepekntouatena B coctoaHnn BKNIOUCHHA Up s +10 V, Ils = 200 vA, Urn = 2,0 V, Un = 08V Ron BxogHouw tok orceukn |) Us = 10 V, Up = 10V, Urn = 0,8 V Isyorr) BbixoqHou TOK oTceuKH |) (nepekntouatenb BbIknioueH ) Us = 10 V, Up = 10 V, MACO8, MABO8 Ibrorr) Ur = 08 V MAC 24, MAB24 Iprorr) Tox yreuku nepekntovatena B COCTOAHHH Bkntouenna |) Un = 10 V, Urn = 2,0 V, MACO8, MABO8s Un = 08 V MAC 24, MAB24 Bxoguoe normueckoe HanpsxeHne yposeHb H BxoqavHoe normyeckoe HanpaxeHHe ypoBenb L BxoquHow normuecknii TOK ypoBeHb L Un, = 04 V Tok nutaHua oF NONOKHTENbHOFO MHCTOYUHHKA Ur =08V Tox NMTaHHA OT OTPHUaTeNbHOrO MHCTOUHHMKAa Un = 08 V ') Npesbiwenne yposHs 11 V Ha aHanoroBOM BxXO4e MOXET BbISBaTb BKNIOYUEHME BbIKNIOUeHHOrO Ad Ippon) + Iscon) Ippon) + Ispon) Urn Ure Ii +lee lce MACO8A, MABO8E MAC24A, MAB24E WA i = 400 = 10 s 00 50 RA = 100 = 50 2 2,0 = 0,8 = 20 = 15 35 MABOo8F MAB24F iA EV TA Onn ooo = 500 = 10 KaHala. MAB08G MAB24G nN ooo HA IV pa On IA WA 38 wr try HA TA wu 8s on ao DA > o HA _ co Q nA nA =a <<5 uA mA mA Ss nA nA nA@MYHKUMOHANAHAA TABAMUA BXOJbI BkaroueHHbin Ao Ar Ao EN KaHan MACO8A, MABOSE, F, G | pot Egg xX X x i: KaHana HeT | rn a L L H 1 Ue _fos fo | fo Jor Jos fos Joe MACo8, MABO8 F oF & 3 Se Sy Sp Ss & Sa Sz Si H L L H H if H H 6 H H [i H 7 EN A H H H H 8 f NEKOREP 134 MAC24A, MAB24E, F, G Lo . ih x x L KaHana HeT an a a ee a er ce ee L L H 1 \* a Uec tL HoH 2 pA t 1 DB H oL H 3 Le). 05) 06, 07] ltt H H H 4 SIA S2A S34 S44 S1B S2B S3B S4B MAC24, MAB24 H sbicokwi yposeHb, L HwH3Knit MyhKuMoHanbHaa 6noK-cxema ypogenb, X nto6oH yposenn (H nan L) XapakTepuctnueckne gaaHHoe: +Ucc=15 V, Urc = -15 V Cnpapounpie gaHHpie: ig = 25C, He npuBogantca an uHaue MACO8A, MABO8E MABO8F MAB08G MAC24A, MAB24E MAB24F MAB24G OTHOcMTenbHOe H3MeHeHHe CoNpoTHBAeHHA nepekniwouatTensa 10V s Up = 10 V, Is = 200 ZA, A Ron Un = 2,0 V, Un = 0,8 V Ron, i m0 30 h Pacceanue ConpoTuBneHua Mexay ON nepekniouatenamu Up = 10 V, Is = 200 nA, Urn = 20V, Ut =08V Ron match 20 30 30 Q NonoxntenbHbid TOK NHTaHMAa Ucc = 5 V, ly, = 0,8 V +lec 8,0 5,0 5,0 mA OtpuyatenbHblk TOK nutaHHa Ucc = 5V, ly, = 0,8 V lIce 2,5 1,8 1,8 mA Bpema cta6wan3zaunn ckayoK 10 V 0,10 %o ts1 1:3 1,7 2,3 us 0,05 %, ts2 1,5 1,7 2,3 us 0,02 /, ts3 23 1,7 2,3 us Boiaepxka nepeknioveHns tory 0,8 1,0 1,6 us Bpema BknioueHna tonsEeNn) 1,0 1,2 1,6 us Bpema sbikniouenna torF(EN) 0,2 0,2 0,2 us Nponuyaemoctn MACo08, MABO8 ISOorr 60 60 60 dB f = 500 kHz, Ry = 1 MQ MAC24, MAB24 ISOorr 66 66 66 dB Nepexoguoe sausnue MACo8, MABo8s CT 70 70 70 dB f = 500 kHz, Rr = 1 MQ MAC24, MAB24 CT 76 76 6 dB Emkoctb normueckoro Bxofa Coie 3,0 3,0 3,0 pF Bpema nepekntouenna trRAN 1,0 15 2,1 us Emxkoctb aHanorosoro Bxoga Us =0V, Up = OV, MACO8, MABOS Csvorr) 25 2,5 2,5 pF KaHan BbIKMIOUEH MAC24, MAB24 Csvorr) 2,0 2,0 2,0 pF EmKkoctb aHanorosoro BbIxoga Us = 0V, Up = OV, kanan spikniouen MACO08, MABO8 Cprorr) 7,0 7,0 7,0 pF MAC24, MAB24 Cpvorr) 4,0 4,0 4,0 pF Emkoctb Mexay aHanorosbim BXOAOM MW aHanoroasbimM BbIxogom MACO8, MABO8 Cosrorr) 0,3 0,3 0,3 pF MAC24, MAB24 Cosrorr) 0,15 0,15 0,15 pF MACO8A, MAC24A: 55C s ta S +125C MABO8E, F,G, MAB24E,F,G: 0C = fg = +70C OTHOCHTeNbHOe H3MeHEHHe CONpoTHBNeHHA nepexkntouatena 10 V s Up = 10 V, Is = 200 2A, A Row Urn = 2,0 V, Urn, = 0,8V saa 1,5 4,5 4,5 % PaccesHue conpotnenenua mexay ON nepekniouatensamu Up = 10 V, ls = 200 nA, Urn = 2,0 V, Ur = 0,8 Vv Ron matel 25 30 30 Q 45MOHO/MTHbIV AHANOFOBbIN MYAbTMNAEKCOP 1 =. | ANA A/U NPEOBPA3ZOBATENEH VM ANA OBLIETO te mo ea fiPAMEHEHMA cH, Pec WE napa] lic MACI6A, MABI6E, F,G: 16-KAHANbHbIE Oy f pass eg MAC28A, MAB28E, F,G: CABOEHHbIE BOCbMUKAHANbHbIE wh 2 3 ? a a Ey Pas: ay 5 FSSA Npegenbuoie aHauenua: a ls. a] ae Bases Bis sali 2 , sia MHH mMakc, % 2 of] 2 co A Ucc }) 36 Vv 1 2 s+ SDF falsia Uy *) 3) 4 +Uce V ET] jen = RE + Fa}en Us 4) Uce 20 +Uee Vv af] jag nfl] * lag 15) 25 mA i ga fel Prot 1000 mW sof Be ve Ba Ha MACI6A, MAC28A 55 +125 eC te MABI16E, F,G, MAB28E, F, G 0 +70 C MAC16, MAB16 MAC28, MAB28 stg *) 55 +155 $C 1/Rin (8a = 100 C) 20 mW/K es COCAMHEHHME BbIBOAOB ') PasHocTb HanpaxeHHa nutaHna mMexay BbiBOgamMH +Ucc, Ucc (8Ha cBepxy) ) Mp otpnyatenbHom HanpaxeHun mun. 4 V. 3) flornuecknx Bxogos. Ao... A3 fornueckue BxoAb! aapecaynn 4) Avanoropbix BxoAos. EN AOrMueckHii BxOA pasbeAHHAHHA 5) flio6oro BbiBoga. $1... S16, Sia... Sa, Sin... Sap avanoroBple BxOAbI KOPNYC: 1019A/C1 D, Da, Dg = ananorospie apixogp XapaktepuetHueckne gaHHbie: +Ucc = 15V, Ucc = 15V Ocuosupie 3HayeHna: jg = +25C MAC16A, MAB16E MAB16F MAB16G MAC28A, MAB28E MAB28F MAB28G Conpotnenenne nepekntouatena B COCTOAHMH BKNIOUeHHMA Up = 10 V, Ils = 200 wA, Ui = 2,0 V, Un = 08V Ron = 380 = 580 = 650 Q Bxoguot Tok orceukn 1) Us = 10 V, Up = 10 V, Usp = 0,8 V Isrorr) = 1,0 < 2,0 = 5,0 nA BplxoqHoi tox orceuku |) (nepekniouatenb BbiknioueH) Us = 10 V, Up = 10V, Up = 0,8 V Ipforr) = 1,0 5 2,0 < 20 nA Tok yreukw nepekntouatensa B CocTOaHMH ekmouenna |) Up = 10V, Urn = 2.0 V, Urr = 0,8 V Ipron) + Isron) =1,0 s 2,0 = 20 nA BxoaHoe nornueckoe HanpaxeHne yposenb H Urn = 2,0 = 2,0 = 2,0 Vv yposenp L Ui = 08 = 08 = 0,8 V BxoqHow normueckui TOK ypopenb L Uy, = 0,4 V Ire = 10 = 10 = 30 uA Tok NMTaHHA OT NOAOXKHTeEAbHOrO UCTOUHMKAa Un = 0,8V +lee 319 = 19 = 24 mA Tok nuTaHHA OT OTPKyaTeNbHOro UCTOUHHKa Un = 0,8V lec 37,0 = 7,0 = 9,0 mA Bpema nepekniouenua trran 21,5 = 2,1 < 3,0 us Ocuhosupie 3Hauenna: MACI6A, MAC28A: 55C s fa s +125C MAB16E, F,G, MAB28E,F,G: 0C < $4 < + 70C Conpotwenenve nepekntouatens B COCTOSHMM BKnIOeHHA Up = 10 V, Is = 200 vA, Urn = 2,0 V, Un = 0,8V Ron = 500 = 800 = 850 Q BxoguHod tox otceuKn *') Us = 10 V, Up = 10 V, Ur = 0,8 V Isforr) = 10 = 10 s 50 nA BbixOQHod ToK oTcerku ') (nepeKniouatenb BbiKnOueH) Us = 10 V, Up = 10 V, Urn = 0,8 V Ip(orr) $75 $75 = 500 nA Tok yreukm nepeKatouatensa B COCTOAHHH BKniouenna ') Up = 10V, Urn = 2,0 V, Urn = 08 V Ipjony + Ison) =75 375 = 500 nA BxogHouw nornueckui TOK yposenp L Un = 04V Ire. < 20 <= 20 <= 40 BA Tok MMTaHMA OT NONOXUTENbHOFO MCTOUHHKa Un = 08V +lee 324 S24 s 25 mA Tok nutaHHA OT OTPHyaTeNbHOro HCTOUHHMKAa Ui = 0,8V lec = 8,2 = 8,2 310 mA 1) Mpessiwenve yposHa 11 V Ha aHanoroBoM BxOge MOXeT BbIZBaTD BKNIOUeH HE BbIKAOUeEHHOrO KaHana 46 QMVYHKUMOHANbHAA TABAMYA S1 S253 S4 S5 S6S7 S8 - cr TSP ] me 45 ea n oe Benoieniel a Fi e e : Ure ne ae = x L KOHOAG HET A? a L L i L H 1 Pi. a | Ale L L HH OH 4 Aa a L 4 H L H 7 D So SHSISRSBSUSIESIS MBSE, MREIS H t tc tt A : H L L H H 10 LA, c H L H L H i" O sun sn Ssh on ef 5 if ig a a yey H H t H H uM eee non oe ow ORL 8 EN yg ah mAs p[_mwomeme de Se ae x L caMana wer OUP oT Ue L L L H 1 L L H H 2 tfitie | | ea ] 3 of datalal adel hoe Pa 3 oe) 7k 8 o2e Sie S68. SBA MAC28, MAB28 8 " L 4 7 H Geicoxn yposens, L HH2KHA yponeHn, @ynkunonanbHaa 6noK-cxema X - awdoh yposens H wan me yponen L XapaktTepuctHuueckune g~aHuHoie: +Ucc = 15 V, Ucc = 15 V Cnpasounple ganubie: $, = 25C He npHBognTca nM HHaye MACi6A, MAB16E MAB16F MAB16G MAC28A, MAB28E MAB28F MAB28G OtHocuTenbHoe H3MeHeHHE ConpoTHBneHuA nepeknimuatena A 10 V = Up = 10 V, Is = 200 wA, A Ron Um = 20 V, Un = 08V R 1,5 4,0 4,0 % PaccesHue conpotusnenna mexay ON nepexniouatensmu Up < 10 V, Is = 200 uA, Urn = 20V, Un = 08 V Ron match 25 35 35 Q NonoxkwtenbHbli TOK nMTaHHA Ucc = 5V, Ur = 0,8V MAC16, MAB16 +lee 12,0 8,0 8,0 mA MAC28, MAB28 +lec 12,0 7,0 7,0 mA OTpuuaTenbHbId TOK nuTaHHs Uecc = 5V, Ut = 0,8 V MAC16, MAB16 Icc 4,0 3,0 3,0 mA MAC28, MAB28 Iec 4,0 2,5 2,5 mA Bpema cra6Gunu3zaynun cKauok 10 V 0,10 %F tsi 1,5 19 2,3 HS 0,05 % ts2 1,7 1,9 2,3 KS 0,02 %o ts3 2,5 1,9 2,3 ES BoiaepxKa nepekn'ouenua toy 0,7 1,0 1,6 us Bpema sxniouenna ton(EN) 1,0 1,2 1,6 us Bpema sbiknioueHna torr(EN) 0,25 0,25 0,3 us NpoHuuaemoctp f = 500 kHz, Rp = 1 kQ ISOorr 66 66 66 dB NepexogHoe sansaHne f = 500 kHz, Rp = 1 MQ cT 75 75 75 dB EmkocTb normueckoro Bxoga Coic 3,0 3,0 3,0 pF Bpema nepekniouenna trRAN 1,0 1,5 2,1 us Emkoctb aHanorosoro Bxoga Us = 0V, Up = OV, Kanan epikniouen Csrorr) 2,5 2,5 2,5 pF EmkocTb aHanoroBoro BbIxoga Us =0V, Up = OV, kaxan ppikniouen MAC16, MAB16 Coyorr) 13,0 13,0 13,0 pF MAC28, MAB28 Cororr) 8,0 8,0 8,0 pF Emkoctb Me@xAy aHanoroBbIM BXOQOM H BbIXOAOM Cosorr) 0,15 0,15 0,15 pF MAC16A, MAC28A: 55C < ta Ss +125C MABI6E,F,G, MAB28E,F,G: 0C < fas + 70C OTHOCHTeNbHOe H3MeHeHHE CONpOoTMBNeHHA nepekniouatena 10 V < Up < 10 V, Is = 200 uA, A Ron Un = 20V, Un =08V = 2,0 5,5 5,5 %e PacceaHne conpoTuenenua mexay en nepekniouatenamu Up = 10 V, Is = 200 pA, Un = 20V, Un = 08 V Ron match 30 45 45 Q 47ANNMPOKUAMMPYIOLUWE PEFMCTPbI MHB1502, MHC1502: 8 BUT MHB1504, MHC1504: 12 BUT PABOTAIOLUME HA NPHHUMNE NOCTENEHHOHM ANNPOKCUMAUMM, COAEPKAT BCE HEOBXOAUMbIE WUM@MPOBbIE VNPABNAIOLUME HW 3ANOMUHAIOWWME CXEMbI Afi PA3PABOTKU AHANOFO-UMMPOBOrO NPEOBPA3OBATENA. Npeaenbubie sHaueHHaA: titi: a ae MHB1502, MHC1502 Coequnenve episogoe (eng cBepx Uce 0,5 +7,0 V a ADS: AMA GRAPHY) U; 0,5 +5,5 Vv Uo }) 0,5 +5,5 Vv D BBOA AaHHbIx fe 30 mA cP XPOHMPYIOWHA BxXOA I 30 +5 mA S nycKoBow Bxoq ja MHB1052, MHB1054 0 +70 C Sp... Se * MHC1502, MHC1504 55 125 G pest ee Ostg 55 +155 C Qo... Qi1, Qi1 napannenbHble BbiBogb! AaHHorx ___ DO NOCACAOBATENbHbIN BbIBOA AAHHbIx 1) BolxoqHoe HanpsxkeHMe B COCTOAHHH BbICOKOrO yposHsa Uo may cc BbIBOA OKOHYAaHHA Npeo6pazoBaHns E 6nokupyouni Bxog KOPNYC: MHB1502, MHC1502 1O14 MHB1504, MHC1504 1o-15 XapakTepuctTH4ecknhe AaHHbie: Cratuueckne 3nauenna: MHH.-Makc. Bxoavoe HanpsxeHne ypoBeHb H Kaw Abii Bxo, Uin = 2,0 V Bxoguoe HanpaxeHne yposenb L Kaxkablid Bxog Urn = 0,8 Vv Boixoquoe HanpsxkeHHe ypoBeHb H Ucc = munum. 3xau., Urn = 2,0 V, Un = 0,8 V, lon = 0,48 mA Uou =2,4 Vv BbixogHoe HanpaxeHHe yposenp L Ucc = muuum, 3Hau., Ur = 2,0 V, Ur, = 0,8 V, lo. = 9,6 mA : Uor <0,4 Vv BxogaHon TOK ypoBeHb H Ucc = maxcum. 3Hau., U; = 2,4 V axog CP, D lr = 40 BA exoa S, E lin = 80 uA Ucc = makcum. 3Hayu., U; = 5,5 V KaKAbIN BXOA lng = 1,0 mA Bxoquouw ToK yposenp L Uce = makcum. 3Hau., Uy = 0,4 V. MH . 1502 Ir1, = 1,6 mA Bxog CP, D, MH. 1504 lit = 1,6 mA Bxog E MH. 1504 lin = 2,4 mA BblxoqHow TOK KOpOTKOrO 3aMbIKaHHA Uce = maxkcum, 3nau. los 10...45 mA Or6op Toka of ucToUHHKa Ucc = maxkcum, 3Hay, MHB1502 lec = 95 mA MHB1504 lec = 124 mA MHC1502 lec = 85 mA MHC1504 Icc = 110 mA HanpsxeHHe Ha aHTH3BOHHOM quoge Ucc = muxHum. 3Hau., |) = 12 mA Up 21,5 v AlWHamuueckue 3Hauenna: fa = 25C, Ucc = 5 V, Ce = 15 pF Sameanenue npoxoga curHana oT Bxoga CP Ha Bbixoa teu 10...45 ns ter 10...40 ns MHB1504, MHC1504 iss ot Bxoga CP na Bbixog Qu, Qty teLu(g1l) 10... 50 ns oT Bxoga E na Bbixog Qy; tpLuye) = 23 ns tPHI(E) = 30 nsMHB1502, MHC 1502 MHB1502, MHC1502 @OVHKUMOHANbDHAR TABAMIA i br} Bpema Bxoau Buxoan bo tn dD |vp0 @, Q@& a; QO, 5 Gy GG, Oy cal a 0 x ot x ox x & x x x x Mo ok eal D> oH x bt HH 4H H H HW H HOW 2 Ds =H D, Dy ot 4H H WH H HH MH o- 3 BD; oH D, BD DB bt WH H HM HM HH a 4 Dy oH DB Db 6D, UDC CUCU CU ep 3 D, H D, 0; Dg 0, Dy t H H HW HW * 6 BD, 4H D, Dy Dg, D; Dy OO, Ft " H H . ? D; H D, Dy OD, DBD, Dy DB, OF Lt HW H 8 D) 4H a > | x oH Dp Ds Bg Os OC, Dy By By De t 10 x x D> 4D, =D; (Dg) 6D, COs iyi MHB1504, MHC1504 CoeqnHexne Bpipogos (BHA CBeEpxy) MHB1504, MHC1504 Bpems Broan Boeixoan PABOUHME YCNOBHMA ta D E [DO Q,, Oy A A, O OO; G, O, O, A, OQ cc HOM x ob TK & M ROR RM HR Kx oe He x ; ' Dy, H t |x cb H H H H H H H H H H H H MHH: SHEM. MAKE. 2 Dio H tL | Oy, 0) | H H H H H H H H HW H H 3 Dy H Lb | Oy 0), Oy & H H H H H H H H H H MHB1502, MHB1504 Uce 475 50 5,25 V 4 D; H L 1 Dy Dy Of OF Lt HH H H HH HM H H . 5 5 D; HL | Dg By; Dy Dg Dy L H H H H HH MOH MHC1502, MHC1504 Ucc 45 50 55 V : CT LIS eet ene 6 we Bxoa S tsetup 16 ns ? BD, H L | Dy Dy; Dy Oy Oy OF BF L H H H H H H Dy; H Lt |; Dy; Dy Dy Oy Dy DB DB; L H H H M H Bxoa D tserup 10 ns D, H Lt | Dy Dy; Dy Dy Dy Dy DB, OD; OJ L H H HM H Bxoa S thold 0 ns an Dz H bt | Dy By; Oyo Op Oy 0; Os 0; Dy OF L H HH " D, H L | D) Dy, Dy Dy Dg Dy Dg DO; OF D, Dy L H H Bxoa D thold 10 ns 2 be 'M Gr Gy Be Oy OS Gi. Oe tee: ere F i 3 Og Dy; Djp Og Oy D; Dg DB; Oy By OB; DB, By Xponupyiouun 1 X xX L |X Dy, Dyg Dg Dy Dy Dy DO; Dy D; Dz D, Dy AMNyAbC tw. 46 ns 5 x X% H|X HH NC NC NC NC NC NC NC NC NC NC NC NC we 20 "s H a x Ww6on H wan . . BRICOKHH YpOBeHb ee A YPOBGHb HAM Xponupyiouas _ 4HaKHA SEH NC... coctoswme 6e3 wamenonnid vPo fe 15 MHz MHB1504, MHC1504 ce SUL S Dit LPL Ee Lei Lr oe on OOeT Ly oS Tl 08 =I let PT A Q6 T LJ oS 7 04 J "Ba C= Gea LS SCN Qo J Lj Coa L DOOCrISiL_L_ lL tur Ls 49MOHO/MTHbDIA ABYXNONIOCHbIA YMHOKAIOLUMA UM@POBO-AHANOFOBbIN MPEOBPA3ZOBATENb 8 BUT ANA OBLIETO NPAMMEHEHMA NpegenabuHble 3HaueHnHa: +Ucc...Uce 36 Vv Ur Ucc Uce + 36 Vv Ure Ucc +Uce V Upir (ebieoabt 14 w 15) 18 +18 Vv Urer (sbigogn 14 4 15) Ucc -+Uce Vv Ire 5 mA Prot ') 500 mW ja MDACO8C 55 +125 oC MDACO8CC, MDACoscP 0 +70 eC MDACO8EC, MDACO8EP 0 +70 1 Dstg 55 +155 a ') Mp dq = 100C auHeHo noHMsHTs Ha 10 mW/K. KOPNYC: MDACO8C, CC, EC MDACO8CP, EP 1O18/C2 lO14 fe] COMP 5) REF Ha) *Uner TS] *Uce 2} Be (LSB) n}B fg} Bs p98. Coe@anveHn2? Boiaogos (BHA cBepxy) MOACOS. B;...Bs uncposoi sxog Cc KOMNeHCauMA Ure ynpasasiounn Bxog Urer+ nonoxutenvHbli nonioc onopHoro HanpAKeHHA Urer OTpyKatenbHli Nontoc OnopHoro HanpsKeHHA lo aHANOFOBbIN BbIXOA lo WHBEPTMPOB. aHanoroBbli BbIXOA +Uce nonoxkuTenbHoe HanpsxkeHMe nuTaHHA Ucc OTPHWaATeNbHOoe HanpAKeHHEe NMMTAHHA XapakTepuctunueckue gaHHoie: Uce = +15 V, He npusogutca nu nnaye MDACO8C; MDACO8CC, CP, EC, EP: Ocnoeubie 3Hauenua: NonoxkutenbHbll TOK nuTaHHA Uce = +5 V, Irer = 1 mA +Ucc = +5 V, Ucc = 15 V, Irer = 2 mA leer = 2mA OTpuuatenbHbid TOK NMTaHHA Ucc = +5 V, Irer = 1 mA +Ucc = +5 V, Ucc = 15 V, Irer = leer = 2mA mA | nm BxoAHouw TOK noKoa lrer = 2 mA Noruueckoe BxOAHoe HanpaxeHne ypoBeHn L Uc = OV Normyeckoe BxOqHoe HanpaxeHne ypoBeHb H Uric = 0V Nlormueckwi BxoQHow TOK ypoBeHb L Urc = OV, Un = 10 V...40,8 V Noruveckw BxoAHou ToK yposeHb H Ure = OV, Un = +2...4+18V A\Mana30H normuecKkoro ypoBHa peweHun Auana30H BxOgHbIX HanpsxKeHHA AOrMuecKUX BxOAOB HomuHanbHbIl BbIxXOAHOH TOK Irer = 2 mA, Ro = Rg = 1kQ, ty = 25C Da his Ure Urn In ln Urue Ur les da = 55C, +25C, +125C = 0C, +25C, +70C HOMHUH, MHH,-MaKC. 3Hay, 3Hay, 2,8 33,8 mA 3,0 = 3,8 mA | 33,8 mA 47 a 5,8 mA 6,8 =7,8 mA 6,8 27,8 mA 1,5 = 3,0 mA = 0,8 Vv 2 2,0 Vv 5 = 10 uA 0,1 = 10 uA 10... +13,5 Vv 10...+18 Vv 1,99 1,94... +2,04 mA aa ESS Ae SEN SS PE FY EE I eS 50MSB 7 Ure Lae By Bp oe ys | ee ee ical 1 fe e wy 5 | vcTOH- '] Haw UMQPORME BXODHBIE NEPERNKOYATE NH i | OMEWENMAR \ \ | | \ ! N ' \ : rT tiie t T t iT : + a ; | ry TT dy oe [ tH ' { : | he Lo iS { = Le el t Se Ss i } i! & S| mF : | } | sosepeeaets ens LE @MywicunoHanbHas GnoK-cxema XapakTepuctuyeckuhe AanHople: Uce = +15 V, He npusogntca an nHaue Ocuosupie 3HaueHma: MDACO8C: da = 55C, +25C, 4+-125C MDACOSCC, CP,EC, EP: # = O0C, +25C, +70C HOMHUH, MHH.-MaKkc. PasHocTb BbIXOAHbIX TOKOB MDACO8C, EC, EP A les +0,1 s +8 uA lrer = 2 mA, R2 = Ra = 1 kQ MDACOS8CC, CP A les +0,2 s +16 uA BbixoaHow TOK HeGanaHca MDACO8C, EC, EP Izs +0,6 s+2 uA leer = 2 mA, R2 = Rg = 50 kQ MDACO8CC, CP Izs +0,6 s+t4 uA {\Mana30H BbIXOAHOrTO TOKa +Ucc = +15 V, Ucc = 10 V, Irer = 3 mA lrsr = 2,1 mA +Ucc = +15 V, Ucc = 12 V, leer = 5 mA Irsr 24,2 mA AlMana30n BbIxogHoro HanpsxeHHA Alo < 1/2 LSB Uoc 10... +18 Vv UnterpanbHaa HenMHeMHOCTD MDACO8C, EC, EP NL s +0,19 O71, FS leer = 2mA MDACO8CC, CP NL = +0,39 O% FS AudepenunanbHan HEAWHEMHOCTD lrer = 2mA DNL <= +1 LSB UyBcTBMTenbHOCTb K H3MeCHEHHAM HanpaxeHHA NuTaHHA Ucc = 4,5V... +18 V, leer = 1 mA Ers +0,002 = +0,01 %o | Io Bpema cra6unu3zaynn Alo < 1/2 LSB, #4 = 25C ts 85 = 150 ns 3ameqneHue nepekniouenna da = 25C tp 35 = 60 ns Ckopoctb pasBptKn lrer = 0,5...2,5 mA, Ce = 0 pF 5 8,0 = 4,0 mA/us TemnepatypHblit KoaepHUMeHT BbIXOAHOFO TOKa MDACO8C, CC, CP TKies 10 = +80 106 FS/K MDACOB8EC, EP TKirs +10 s +50 106 FS/K 51NpeaenbuHble 3HauUeHHA: Nvkosoit TOK nutTaHHA +lsy6 makc 36 mA BbolxoQHow MMNynAbC BKNIOUeEHHA +13 mMakc. 150 mA Nukosbit TOK pasbequHeHna +lo MaKC. 2 mA AlMana30n pa6ounx Temnepatyp cpeapi Da MaKC. 40... 485 i A\wana30H Temnepatyp xpaHeHna Dseg MaKc. 55... +155 GS PekomMeHgoBaHHble 3HaveHHA pe3sHcTo- . Sc ; See pos Rs u Ru ANA pa3znMuHbIx HanpsxKe- a _ ee wY Teeettee HMM NMTaHHA: 2. of fs } : TOTES SST BCE NepemenHoe - Hapnaxenne Rs Ru NMTaHHA TH + Vv kQ kQ} [VJ [kQ] l 10 24 1,2 47 = 60 47 120 D? Ry 120 10 220 ie 220 18 470 ! ~ | PEHEPATOP C DBMTA, EIYCKOBAR CXEMA = CTPOBYENIOWAR yoTaHOBKA KOMOOMUMERTA YCHTEHIAA OcHoBHoe CoeAuHeHHe chas0Bo0ro ynpasneHna co cxemoh MAA436 KOPNYC: I1O13 Xapakrepuctnueckne AaHHdble: a = 25C Nukosoe HanpaxeHHeE nuTaHua +lj6 = 36 mA) BbixoqHow umnynbc BknoueHna Ro = 912, @ = 90 Nukosblit TOK pasbeqnHenna Nukosoe Hanpaxenne nutanua ') 2) Nukosoe Hanpaxenne |) MuKkosow ToK CHHYCOHAaNbHOrFO OTKNOHEHHA Re = 10 kQ, Isj6 = 15 mA Yennenue toxa ') Re = , liz = 1 4A, Iso = 15 mA Tok noctynaouwi Ha Gasy cxemb! Japamurrona ') 4) Re = o, Isj6 = 15 mA Onopubi4 yposenn ') Ac6ananc 4) BxoqHoe ConpotuBneHve Bxoguou ToK Bxoqguou ToK Matpnua (GY) 1) Norenunomerp P pesncrop Ro orKaonenbi, ?) Mexay Boipogamn 10 4 14 BkaloueHbl anemeHTbt Re wu Cr HOMMH +Us/6 +13 120 +lo Utas1o Un/10 Ins | As 2 Ire liso U Ke 2/10 0,33 Urj10 Uo B = .100 Us Riz, 13,14 = 100 l20 = 10 l10 = 110 Urev) -0,51 Urry) -0,19 Uray, MHUH.-MaKC, 13,5... 19,5 Vv 100... 150 mA 100... 230 uA 6..5.9,5 Vv & 6.5... 10 Vv 40... 100 uA > 30 <3 uA 0,3...0,36 < 7 Fy kQ uA uA Vv *) AmcOananc onpegensetcn Kak CooTHOWeHHe NoCTOSHHOrO HanpaxeHna Ha Harpy3ke 4 nepeMeHHOrO HanpaxeHHA NMTaHMA U B= . 100 ef 4) Mameputenb toka noaknwuaetca BMecTO KOHAeHCaTOpa CG TTS Fs RT ORY ROTA TE UU Rg 52WHTEFPANbHAA CXEMA MAF115 ONPEAENEHA ANA BbICTPbIX M3MEPUMTENEM UW CYUETHUKOB YAC/IA OBOPOTOB MALUUH, KOTOPbIE YNPABNAEMbIE BHELJHAMM AMNYNbCAMKM NpegenbHble 3HauUeHHA:? (fg = 25C, ecawu He npHBegeHo MHaue) HanpsxeHue NUTAHHA UMYAbCHOE (KOpoTKOBpeMeHHoe) t < ms HanpsaxeHne NWTAHHA NOCTOAHHOE BxogHouw TOK A\Mana30H BxOAHOrO HAaNpAKeHHA kOMnapaTopa Makc. HanpaxeHue Ha BbIxoge KoMnapatopa Makc. TOK BbIXOga KOMNapaTOpa Makc, HanpaxeHHe Ha BbIxXOAaX ana cutunka Makc. TOK BbIxogoB qna cuTUHKOR Makc. MOUHOCTb NoTepb A\wana30n pa6ounx Temnepatyp A\wana30n Temnepatyp xpaHeHus ') Bpema npogonxutenbHoctw umnynpca t < 5 ms. 2) KopoTKospemeHHo B Anuana30He TexHH4eCKHx TpedoBaHnn. XapakTrepuctwHyueckwne AaHH bie: OcnosHble 3HaueHna: ta: = 25C HanpsaxeHne nutTaHHa Or6op Toka Ucc = 16 V BxogHoe HanpsxeHHe t> 5 ms Tok BXOQHbIMM Npe@AOXPpaHHTe/ibHbIMM Anogamu t<5ms,0> U;>6V BxoaHou TOK Ur 0...6V Yactota BXOAHbIX AMNyNbCOB OnopHoe HanpaxeHue Ucc = 10,5...16 V BoixoqHow TOK ANA MHANHaMNepMeTpa TemnepatypHbia KoscbcnuneHT BbIxXOAHoro ToOKa ') da = 25...70C A\wana30u HanpAKeHHA BbIxosa Ana MANnKaMnepMeTpa BxogqHoe HanpaxeHHe KOMNapaTOpa -CaTypauWHoHHoe HanpAxeHHMe BbIXOAOB KOMnapaTopa ly = 20 mA Tok OTCeUKM BbIXOgZa KOMNapaTOpa Ur = 16V Alenuten bHOE OTHOUWECHHE ABAKTENA de = 25...70C CatypauHoHHoe HanpsaxeHHe BbIxXOgOB ana cuTunKa lj = 15 = 20 mA Tok oTceukw BbIxXOgoB ana cuTUMKa Us, Us = 16 V ") BenomoratenbHoe 3HayveHne Uccime Makc, 20 Vv Uce makc. 16 Vv I; MaKC. +10 mA Us, Uo 0,5 Vv U; 20 Vv ly 50 mA Us, Us 20 Vv Is, Is 50 mA Prot 600 mW Da 27...+70 C Ista *) 55... +155: C HOM, MHH.-MaKC, Ucc 10,5...16 Vv lec 27 335 mA U; 0...6 Vv ly +5 mA Ire 0,02 s 0,1 mA fr 0...10 kHz Ue 6,6 GiaiaZ Vv lion 22 215 mA TKl io 2 <= 10 BAC Ut0 ORS Vv Us, Uo 1...Ub Vv Ur, 0,25 0,5 V WH s 0,1 mA N }) 1024 1024 Usi, Use 0,20 = 0,50 Vv Ian, Usa = 0,10 mA KOPNYC npamoyronbHplm naactmaccoepin DIL 16 1IO14A CoeqnHeHue BbiBsogos (BHA cBepxy) a 02 ou = a 05 06 = oe - 08 = 10 _ 11,12 3 = 14 _ 15,16 BXO, YNPaBNAOWMx HMNYyAbCoB OnopHoe HanpsaxeHHe BbIXOA Ana cuTUuMKa KHnOMeTpoB KaTOAbI NPeAoxpaHuTenbHbix Avogos cuTuHnKa BbIxXog Ana cUuTUnKa kunomeTpos (KomMnnemeHTap- Hb ana BeiBoga N 3) COBMECTHbIA NPOBOAHHK (3a3emnenne) BbIXOA KOMNapaTopa HEHHBEPTHPYHOUHA BxXOA kKomMnapatopa BbIXOA HCTOUHMKa TOKa Ana W3MepHTenbHOrO NpKGopa BbIBOAbI ANA HanagkKH MaKCH- MaNbHOrO BbIXOQHOrO TOKAa 3MepHTenbHoro npuGopa HanpaxeHHe nutaHna +-Ucc BbIXOA aHanoroBoro nepeKnio- yaTena ana KOMNapaTopa ynpasneHne MOHOCTaGMAbHbIM Tpurrepom Uncbopmaynonnpie qannvie: Da = 25C HOM. Bxoavoe pewawuee Hanpaxeuue (H ~L) 2,5 BxogHoe pewatowee HanpsaxeHue (LH) 3,5 Yactota sxoguoix umnynpcos tp = 1 ms 0...900 Hz Lupuya exogupix wMnyfbcos R; = 220 kQ, C; = 22 nF 45 us 3HayveHve conpoTHeneHnn ana Hanagku MKO 15...500 kQ LUMpuHa BbIxOgHoro wumnynbca MKO 0,67.Ri.Ci s Aana3o0H HanagKku WHPHHbI AMNyNbCa MKO KoscbepuyneHT 3anonHeHne ...100 = ms =0,9 Conpotusnenne ana Hanagkn mMakc. BbIXOQHOrO TOKa Nukosoe 3sHayeHne TOKa H3MepHTeNbHOrO npw6opa = 100 Q 2,2 Rit Boixoquoe HanpaxeHHe aHanorosoro nepekniouatens fr =0 Unan 6,5 BoixoqHoe HanpaxeHne aHanorosoro Ura 2,1 nepekniouyatena 1) Myck MoHocta6uabHoro Tpurrepa (MKO) nposo,auTca HHCXOAAUIMM (POHTOM BxOQ- Horo MMNynbCa BO Bpema Korga U; = U/;. 53CONPAMEHHAA CXEMA ANA KACKAQZOB M30BPAKEHMA C BO3MO)KHOCTbIO 3ATYXAHMA AUHEMHbIX CHTHANOB RGB HU ABTOMATUMKOA TOUKM 3ANMPAHMA UBETHOTO KUHECKONA Npegenbube sHauveHua: MMH. Make. Hanpaxenue nutanua 4) Uce 6/24 10,8 13,2 V HanpsxeHve BbigogoB no OTHOWeHHIO K BbIBOAYy 24 BbiBoay 10, 25, 26 Uce 10, 25, 26/24 0 Uce V BoiBoay 11 U11/24 0,5 3 Vv BbiBogy 16, 19, 20 Ui6, 19, 20/24 0 0,5. Uce Vv BbIBOAY 21, 22, 23 Ua21, 22, 23/24 0 Uce Vv Bois, 1, 3, 5, 27 U1, 3, 5, 27/24 ) BoB. 2, 4, 28 Uz, 4, 28/24 BoB. 7, 8, 9 Uz, 8, 9/24 ) BbiB. 12, 13, 14 Une, 13, 14/24 4 apie. 15, 17, 18 Uns, 17, 18/24 ' Tok BbIBNgQOB BbiB, 1, 3, 53) l1, I3, lIs 3 mA Boi, 19 lio 10 mA BoB. 20 l20 5 mA abip. 25 3) I25 5 mA MouwHoctb notepb o6ujan da = 25C Prot 1s? Ww AMana3on pa6ounx Temneparyp 2) ta 0 +70 C A\Mana30H Temnepatyp xpaHenna *) ste 25 +125 C He 4onxkHo NpwBecTH HHKaKoe BHeEWHeEe NOCTOAHHOe HanpaxeHHe. XOA MHMO ONpeAeAeHHoroO ANana3zoHa TeMNepaTyp He rapaHTMpye}ca. SHak (OTPHuyaTenbHbI) ONPeAenseT HaNpaBneHue TOKa H3 CxeMbI. Ana HanpaxkeHua nuTaHHa HwxKe eM 10,8 V He rapaHTMpyeTca cbyHKyna. TOAbKO KOPOTKOBPEMEHHO B ANaNa3oHe TexHHUeECKHx TpeboBaHnii, SPN KOPNYC npsamoyronbHid naactmaccospia DIL 28 1019/A XapakTepuctnueckne faHHbdie: Ycnosus w3amepeuns: HOM. MMHH.-MaKC. Temnepatypa okpyxaloujeH cpeabi da 25 *C Hanpsxenne nutaHna Uce 6/24 12,0 Vv BxoaHow curHan (BY) 1) Urs mm 1,33 Vv (R-Y)') Uy uyu 1,05 V Y Urs m/M 0,45 V Yknaapipaembie curHanbi R, G, B Ur4, 13, 12 M/M 1,0 Vv Curnan SIS ana ykpennenna *) Ut0 = 85 Vv Yposenb SIS ana ropn30ntanbHoro 3anupaHna Uto 4,5 4,0...5,0 V BePTHKaNbHOro 3anKpaHnaA Uro 29 2,0...30 V OcuHoenblie 3Ha4eHna: Notpe6neune toKxa lec 6 85 <= 120 mA Bxoguoe conpotusnenue Riz, 18, 15 = 100 kQ Ynpasnstowee HanpsxkeHne ana W3Me@HEHHA HacbILeEHHOCTH 20 dB Use 22,1 Vv + 6 dB Ure 343 Vv YPOBeHb HanpsxkeHHA ANA BKNIOUeHHA . yknagbipaembix curHanos R, G, B BKNIOUEHO Unt 09...30 V BbIKMOUeHO Un =04 V BxogHou ToK lay 100... +200 uwA Ynpasnsiouwee HanpsaxeHHe ana M3M@HEHHA KOHTpacra 18 dB Uno =2 V + 3 dB Uio = 43 V BxoquHoi ToK U2 = 6V lio = 2,0 uA Ynpasnstouwee HanpaxeHne gna APKOCTH Uz0 Tiscend OM BKNFOUEHME BbIBOAOB: (Bua cBepxy) Boipog Ne 01 02 03 04 05 06 07 08 09 10 1 12 13 14 15 16 7 18 19 20 21 22 23 24 25 26 27 28 MyxyKkuna BbIXOA CurHana R NpHcoeqHHeHHe KOHAeHCaTOpa naMATH ANA ynpaBleHHA TOUKH 3anuMpaHusa B KaHane G BbIxog CurHana G NpHcoeAvHeHHe KOHAeHCaTOpa namMaTH Ans ynpaBAeHHa TOUKK 3anMpaHua B KaHane B BbIXOA KaHana B NONOXMTENbHbIH NONWC HanpaA- *KeHMA NuTaHHA Ucc MPHCOEAMHEHHE KOHAeHCaTOpa naMsaTH BOCCTaHOBNeHHe Up- Horo B CxemMe ynpaBneHHA sp- KOCTM KaHana B NpHcoeqnHeHHe KOHAeHCaTOpa naMATH BOCCTaHOBNeHve up- Horo B CxemMe ynpaBneHnaA sp- kKocTH KaHana G npwcoequHeHHe KOHAeHCaTOpa nNamMaTM BOCCTaHOBNeHMe up- Horo Cxeme ynpaBneHna sp- kocTw KaHana R BxOA geTeKTOpa coctaBHoro wmnynbca CHHxpoHM3auMn (SIS) BXOA BKAIOUMTENbHOTO Hanpa- XCHHA ANH YKNlafAbIBaeMbIx CHr- HanoB BXOA YykKNafbiBaeMOro CHrHana B BxXO YkKNaAbIBACMOrO CHrHana BxO4 YKNaAblIBaeMOro CHrHana BxXOQ CHrHana ApKocTH Y BxOA HanpsAxeHHsA ynpaBneHna HACbILIGHHOCTM UBETOB Bxog UBeTOPaSHOCTHOrO CHrHa- na (R-Y) BXOA UBETOPA3HOCTHOrO CHurHa- na (BY) BXOA ynpaBnaiowero Hanpaxe- HMA KOHTpacta BXOA yNpaBAaioulero Hanpsaxe- HHA APKOCTH ycTaHoBneHHe 6enoro B KaHa- ne B ycTaHopnenue G6enoro B KaHa- ne G yctaHosneHne 6enorg B KaHa- ne R OTPHUaTeNbHbIH NONOC Hanpa- *eHHA NuTaHHA (1) BxXOA ANA OrpaHHueHua nuKo- BOrO 3HAYEHHA KATOAHOrO TOKa KuHeckona BXOA W3MePHTenbHoro Hanpa- X*XeCHHA ANA YNPABAeCHHA TOUKH 3anmMpaHua npwcoegnHeHHe KOHAeHCaTOpa NamMatH ToKa yTeukH npHcoeAvHeHHe KOHAeHCaTOpa NaMATH ANA ynpaBnAeHHsa TOUKK 3anupaHus B KaHane R NERS ARLE De eA Ot Uae ne SE IRR OIE DS EE TAT RT SRNR RS Pie et ERENT OT NEE ATT 54@MVHKUMOHANbHAA BOK CXEMA BCTABREHHBE CHATHAM (Fy) Maroy G-) (7 43v) *) noche Havana BepTHKanbHbIx 3anMpalmouMx HMNyAbCOB XapakTepucTtuyeckne ganHHoie: UncbopmaunouHpie 3HAaYeHHA BHyTpeHHee HanpsxeHHe B TeYeHHe ykpenneHna Ynpasnaiouee HanpaxkeHHe ana HOMHHaNbHOH HacbiIujeHHocTH (0 dB) Uy6 nageHna HacbiujeHHocTH 40 dB BuytTpenvee HanpaxeHue B TeveHHe ykpenneHna BuytpeHHee HanpsaxeHue B TeyeHue ykpennenua 4) Ynpasnstouee HanpsxeHne gna HOMHMHaNbHOrO KOHTpacta (0 dB) nagenua KoHTpacta 6 dB BuyTpeHHee HanpsxeHue Bxoguoe conpotusnenne BxoaHou TOK Uses = 5,1 V Hanpaxenne ANA HOMMHAaNbHorO yposuHs vpHoro uBeta Yonunenve HanpsxeHHsA NpH ycTa- HoBAeHMH Genoro UBeTa *) U21, U22, U23 = 5,5 V Uzi, U22, U23 = OV Ua1, U22, U23 = 12 V BxogHoe conpoTusnenue Boixoquoe HanpsxKeHHe NpH HOMH- HanbHow HanaqKe KOHTpactTa, HacbILIeEHHOCTH HM Genoro UBeTa >) Awana30u ynpasnenua HanaAKu 3anupalowHx ToUeK Tok BHYTPeHHero TOKOBOrO HCTOUHMKa Ycunenne no HanpskeHHio ho OTHOWEeHHIO K BbIBOAY Y no oTHOWeHMIO K BbIBogy (B-Y) nw (R-Y) ANA YKNaAbIBaeMbIxX CHrHanos ABTOMaTHYUeCKoe ynpaBneHHe TOUeK 3anupanua (BbIBOA 26) *) 7) cTpoka 21: H3MepeHHe ToKa yTeuKH cTpoka 22: uszmepeHue O6patHoro toka R cTpoKa 23: waMepeHue O6patHoro toka G cTpoka 24: usmepeHne o6patHoro ToKa B ff? ; = J im PeruMRpessoro HATPRNC HIS ee Je Se WORKER STN rae P | enaunacea | : fT VE D- HL al) aatem- - e gd oth eae Ly i =f 21 | [ (4 dines G1) aatem rc < lo, ee] || len | _| Lt TC [ ; wre BeOK te 1/8 f 5 ~2 ee a Pa - meal TES = , fav | mY [ =: Lua ren \ aa | Ferice af eX i ! sae ey ss | AEM Goan Pace | le reais ee {iaeeneae vnc OMA =f BxO. A PEL |. S le - MQA3505 _ zr | ote OF PAHMIMED HE : = ach Mo vein sna nn sivesTor Na wn sepa Save. ss - (2 oom w SV j 1. Jjaa nacpnyenna 100 /) amnautyapl =a 4 yBeTHbIx nonoc 75%) HOMMHaNb- MHH.- HbIM BXOAHOHW CHrHan. HOM, Make, 2. Wupnna umnynoca = 3,5 we. Urz, 18 4,2 Vv 3. B TeyeHne spema 3aKkpennenua ypo- BeHb 4pHoro curHanos R, G, B Boc- 3,1 V cTaHoBneHa Ha YPOBeHb YepHoro Ure 218 V BHYTpeHHHX cHrHanop R, G, B (Ur: =< 04 V). Apu nanpsxeHnn Urs 2,9 Vv Ui > 0,9 V B TeveHHe 3aKpenneHna ypospeHb YpHoro ykKnagbiBaembIx Ura, Ur3, Ura 44 Vv cWrHanoB BOCCTaHOBNeHa Ha ypo- BeHb BHYTPeHHero NOCTOAHHOFO Ha- Ure 3,6 Vv npsxeHns, MpasuavHoe ykpennenne Urs 2,8 Vv ykfagbipaembix curHanos R, G, B Us 5.5 V MOxXHO TObAKO B CAyuae CHHXpOHH- Ros 10 kQ 3auMnv C COCTaBHbIM KMNYAbCOM CHH- xpoHuszayun (SIS). I19 13 mA P mun (35) 4. Npw HenogknouerHbix BbiBOAaXx 21, U2 2,0 V 22, 23 BHyTpeHHee npegsBaputenb- Hoe HanpsxeHue Tun. 5,5 V. G,, G3, Gs 100 r/o 5. YpHo-Genbit no3sHTHBHDIM CHrHan. ot e stn a 6. B TeyeHue ropH30HTanbHoro oGpat- Rot, Reo, Res 20 ko x sae BbIBOA 26 BKAlOUaeT Ha 7. Vamepenue nponcxognt B 21, 22, 23 U1, Us, Us mya 2,0 w 24 cTpouke nocne Hauana BepTH- KafbHbIx 3anupatouMx umnynbcos, AU},AU3,AU; 4,4 V Se em Ii, 13, Is 2,7 mA Gij1s, G3/15, Gsy15 16 dB Gsj1s = Giyi7 6 dB Gijia = G3/13 = Gsyj12 6 dB 55AEKOAEP TENEBU3SMOHHOFO CHFHANA CTAHAAPTA PAL ANA NONYYEHMA UBETOPA3HOCTHbIX CHFHANOB (R-V) (B-Y) B UBETHbIX TENEBU3MOHHDbIX NPUEMHMKAX Npefmenbube sHauenHua: Hanpsxenne nutanna ') Tokn BpiBoga 05 4) Is BbiBoga 10, 11 2) BbiBoga 21 lay MouvHoctb notepb o6was Ya = 25C Prot A\wana3on paGounx temneparyp 2) ia Avana3zon Temnepatyp xpanenua 4) stg Pena KOPNYC NPAMOYyrONbHbIA MaacTMaccoBpin DIL 24 1O-15 Uce 9/24 ln, ln MHH, 10,8 25 MaKC. 13,2 10 10 1,1 +70 +125 Vv mA mA mA C C Aas HanpsxkeHwa nutaHHa Hwxke uem 10,8 V He rapaHTMpyerca yHKuna. XOA MMMO ONpegAeNeHHOorO AMana30Ha TeMnepaTyp He rapaHTupyerca. 3Hak (OTpHyaTenbHbI) ONpegenseT HanpaBneHHe ToKa H3 BHYTPH CxembI. TonbKO KOpOTKOBpeMeHHO B AMaNa3zoHe TexHMueCKUx Tpe6oBannn. ra t= 5 1 +] 2} ser 05 5 a 4p-y) | SbKO a wpe | Cpevoraa- 10 =o -(8-) | HOCTHbIX am {5 at e +2Vlug M3ME XOJA Bxoo CArHANA IBETHOCTH PUTENbHAA CXEMA MH CXEMA Bxatouenne BbiBogoB: (BHA CBeEpxy) 01 02 XapakTtepuctHueckne gaunnoie: Ycnosus w3mepenns: Temnepatypa okpyxalowe cpeabt HanpsxeHne nutanna Bxoqgnod CurHan UBeTHOCTM CTaHAapta PAL, HopManu3oBaHHble UBeTHbIE nonoce! 100/0/75/0 Yposenb SIS ana MaHunynaunn CMHXPOHM3alMOHHOrO MMNybCa ysera |) Yposenb SIS ana ropu30HtanbHoro 3anupanna Yposexb SIS ana septukanbHoro 3anupanna Ocnosnpie aHayenna: Tokosas noTtpe6Hocth Hanpaxenne Boipoga N 5 UBET BbIK/HOUCH uBeT BKNIOeH Hanpaxenne epipoga N 10 YBeT BbIKNIOUeH uBeT BKNIOYeH Hanpsaxennve epigoga N 117 UBeT BbIKNIOUeH uyBeT BKAIOYeH Bxoguble uBeTOpasHocTHbIe CHrHanbi (B-Y) (R-Y) PaabequHutTenb yBeta UBeT BbIKNIOUeH 2) uBeT BKAIOUeH 1. LUupuHa umnynbca = 3,5 us 2. la = 9 +1 mA. Da Uce 9/24 Ur aya U0 U0 U20 leco U5 Us Uw Uio Un Uir Uio mim Uti aim U2) Us HOM. 25 12 MMH.-MaKC. 4,0...5,0 2,0...3,0 mV <<< 3 > << << << << << 03, 04 05 06 07 08 09 10 uh 12,13 14,15 16 7 18 19 20 21 22 23 24 BxXOA CMrHana YBeTHOCTH noaknoueHve Gnokupyiouero KOHACHCaTOpa YBeTOBOrO ycunutena npHCOeAMHeHHe KOHACHCAaTOpa CBA3M YBeTOBOrO ycunuTena BbIXOA UBETOBOrO yCuAHTens npwcoeAvHeHMe KOHACHCAaTOpAa ANA HANPAKCHHA CMELIGHHA 3aMeAneHHoro CurHana BXOA C4fHana 3agepxKu YBeETa NPHCOe4MHEHHEe KOHAeHCaTOpa Ana ynpasnenusa BpemMeHHoro MHTepBana BKNOYeHMA BETA NONOXKMTEAbHbIA NONtOG HanpsaxeHMaA nutaHua Ucc BbIXOA UBETOPA3sHOCTHOrO curHana (B-Y) BbIxog UBETOPAa3sHOCTHOrO curuana (R-Y) NPHCOeAHHEHHE chasMpoBaHHoro anemeHta RC npwcoegaMHeHHe KpHCcTanna onopHoro ocuMAnsTopa 8,8 MHz NOAKNIOeHHE KOHACHCATOpa HACHTMH*HKAYMK WBETA NPHCOCAHHEHHE KOHACHCAaTOpa Ana KanpaxkeHna owHM6KH AVC ycunurena uweetra NpwcoeAnHeHHe KOHAeHCaTOpa Ansa ONOpHorO HanpsxKeHHA NpvcoeAMHeHue KOHACHCATOpAa onpegensiouero 3ag2xKKy BKAOYeHHOrO WBeTa Bxog COCTaBHOrG MMNnyilbCa CHHxXpoHH3aunn (SIS) BbIXOA BKNHOUaIOWero Hanpsaxe- HMA pasbeAMHHuTena UBeTA NpKcoeAnHeHve KOHAeHCaTOpa ANA ynpaBnsatoulero HaNpAxKeHHA AVC ycnnutens yBeta BbIXOA YCHNeHHOrO CHrHana uBeTHOCTH OTPHUATENbHbIA MONIC HanpsxKe- Husa nutaHua (1) SSE ae NTE Ls RE PD NE RE EI SENN TERT PS SIE RET STIS 56BxXO0 CHTHAI SECAM SbixOD MYHKUMOHANbHAA BNOKCXEMA XapakTepuctwuecKkne AaHHbie: Ycnosna n3mMepeHna: Temnepatypa oKpyxauwe cpegoi HanpsxeHwe nutTaHMa BxoguHow curHan yBeTHocTH CraHgapta PAL, HOpMa/M30BaHHbIe YBETHbIE NonOCcH! 100/0/75/0 Yposenb SIS qna MaHvnynaunn CHHxpoNM3ayHoHHOrO uMnyfbca Beta Yposenb SIS ana ropH30HTanbHoro 3anupaHua Yposexb SIS ana BeptHKanbHoro 3anupaHna Mncbopmatnesuble 3Hauenua: Alwana30H BxOQHOro CHrHana YBETHOCTH BxoqguHouw umneganc Yewnenue ocunanatopa 8,8 MHz BxoquHoe conpotnsnenne BoixogHoe conpotuenenne Awana3on yaepxkenua akTHBHO CHHxpoHH3ayMH OCUMANATOpa Ris = 680 2, Cio = 15 uF OnopHoe BbixogHoe HanpaAKEHHE HanpaxeHve Mexay sbigogamu 16 18 npH HAeHTH@HKayHH uBeT BKNIOUEH YpoBeHb 3aMeqneHHoro CHrHana WBeTHOCTH Octatounbiit CurHan 4,4 MHz Bonuuctocrs H/2 Ha epixoge (R-Y) 6e3 BxoqHoro Curnana CHrHan UBETHOCTH BbIKnIOUeH ta Uce 9/24 Ui mim Ui myn Zi Arasis Rys Ria Aft Urs Urasis Us aya Uso, Un Unt myn HOM. 25 12 100 8,5 4,5 2,5 HOM. 3,3 270 280 MHH.-MakCc. 4,0...5,0 2,0 5.5.6:3,0 MMH.-MakC. 10... 200 28 Hz mV mV mV mV o7AEKOQEP TENEBMU3HOHHOTO CHFHANA CTAHAAPTA SECAM ANA NONVYEHUA UBETOPA3ZHOCTHbIX CUFHANOB (R-Y) (B-V) B UBETHbIxX TEMEBU3HOHHbIX NPAEMHUKAX NpegenvbuHbie 3HaUeHHA: MHH. HanpaxeHne nutanua ') Uce 4, 12/16, 25) 10,8 Tox spiBogoe 4) BbiBog 7 l7 BbiBog 15 BoIBO, 17 BbIBOA 26 MouHoctb notepb o6uaa Da = 25 "CS Prot A\uana30H pa6ounx temneparyp 2) Da 0 AMana30n Temnepatyp xpanenns 4) Dseg 25 Pons) Bb) X00 LUBE TOPASHOC THis Cyrvanoa 560 Lie % a ep e d | ed fe HOB 720 22) oe ne er te L , BxO0 CMTHA TIA UBETHOCT Uce *12V M3MEPHTENbHAA CXEMA MU CXEMA XOJA KOPNYC npsAmMoyronbHbId MaactmaccoBbin DIL 28 1019A Makc, 13\2 Vv 5 mA 5 mA 5 mA 12 mA 17 Ww +70 5 +125 4jna HanpaxeHua nWTaHHA HMxe eM 10,8 V He rapaHTMpyeTca cyHKyns. XOA MMMO ONpeAeNEHHOrO Avana3zOHa TeEMNepaTyp He rapaHTMpye}rtca. 3Hak (OTpHyaTenbHbI4) ONpeAenaeT HaNpaBneHhe TOKa H3 BHYTPH CxeMbI. TONbKO KOPOTKOBPeEMEHHO B AhanazoHe TEXHHYECKHX Tpe6oBaHHA, Ycnosua n3amepenna: Bxoguou curnan uwetHoctw SECAM cornacHo CSN 36 7521, CTaHAapTHble yBeTHbIe nonoce! 100/0/75/0 Yposenb SIS ana MaHunynasyMH CHHXPOHM3ayMOHHOrO umnyabca yBera 1) Yposexn SIS ana ropu30HTanbHoro 3annpanna Yposenb SIS ana BeptHkanbHoro 3anupanna HanpsxeHue nutaHua Temnepatypa okpyxawuen cpeabi Uos mim Uo3 Ua3 Uo; Uce (4, 12/16, 15) Ba BratoveHne svipogos: 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 7 18 19 20 21 22 23 24 25 26 27 28 BxXOA CurHana UBeTHOCTH npucoegnHeHne Gnokupyouero KOHAeHCaTOpa BbIXO@ YCMNeHHOrO CHrHana UBeTHOCTH NOAOKUTEALHbIN NONIOC HaNpaxeHHA nutanua Ucc ( BXOA HACHTHMMKAUHOHHON CxeMbI NPMCOeAMHeHHe HHTerpanbHOro 3NeMeHTA KHACHTHHKAUHOHHOH CxXeMbI BbIXOA BKNMOYeHHA UBeETAa KH CHrHana fifa BxXOA NpAMOrO KaHana w36paHue BHAa MACHTHCMKAUHH BbIXOA CHrHana UBeTHOCTH DR Bxog Aemoaynsatopa (R-Y) NONOXKMTENbHbIA NONWWC Hanpsaxe- HHA NKTaHHA ANA AeEMOAYNATOpOB Uce cxemMa BHAeOUACTOTHOK KOMNeHCa- UMM NpegAbickaxkennn (R-Y) BxOq AemMOgynaTopa (R-Y) qna ca30Boro CABKHYTOrO CHrHana BbIXOA BETOPa3HOCTHOrO CHrHana (R-Y) OTpHyaTenbHbIH Nonioc HanpAxeHHA nutanma (1) BbIXOA WUBeETOpa3HOCTHOrO CHrHana (B-Y) BxoA AemOgynaTOpa (B-Y) ana cha3z0Boro CABHHyTOrO CHrHana CxeMa BHACOUACTOTHOH KOMNEHCa- HH NpegbickaxeHHi (B-Y) \ NpMCOeAMHeHHe HHTerpanbHoro SNEMEHTAa ANA BbIAep KKH BPEMeHH np BkniOUeHHH UBeETa BxoA AemMOAynaTopa (B-Y) BbIxXOg CHrHana UBeTHOcTH Dg BxOA COBNagatoujero HMNyNbCa CHHxpoHH3aynn (SIS) BXOA 3ana3AbiBaloujero KaHana OTPHUATeNbHbIA MONtOC HanpsAxeHHA nutanus (1) BbIXOA CMrHana WBeTHOCTH ana AWHMM 3afepxKU noaknioueHve NpoTHBOdoHoOBOrO KoHgeHcatopa ARZ BxXOA CMrHafa WBeTHOCTH MHH.-MaKC. mV 4,0...5,0 Vv 2,0...3,0 Vv Vv aGA30C DBMTAIOUWEE YCTROMCTBO' DEMOOVRATORS (R-' @MYHKUMOHANbHAA BNOKCXEMA NBVTALOWEE YCTPOACTBO DEMORYNATORS (BY) Ure (+12) LDEMO nN TOPOB) / | | 3NEKTPOH- Hill KPEC- | mes | t [ 1 NPE DbIPKAKE nePeknio- | He MATES by 1 | 3ADEPMKA BK MME! UBETA TEMITEP ars K Ure BK MHOMATE Mit UBETA +f HI2 MHTED PMP ViOWAR WEN: WDEXTHOM- KAU UBETA Choma QA30CDBMTAIOWEE YCTPOMCTBO sou! Cee aA CXEMb! ADEHTHOMKALIVM MapakTepuctTHyueckune AAHH bE: Ocuosublie 3HaveHua: Tokosaa notpe6HocTb Hanpaxenue seipoga N 15 UBET BbIKNIOUVEH upeT BKniOUeH Hanpaxenve epipoga N 17 uBeT BbIKMIOUeH upeT BknioueH HanpsaxeHne Bbipoja N 20 UBET BbIKNIOWEH upeT BKNIOEH HanpsxeHme BpiBoga N 26 UBET BbIKNIOUEH upeT BkNIOUeH AMana30H ynpaBneHna ycuneHHa BbixogHbie UBeTOPAa3HOCTHbIe CHrHanbl . (R-Y) (B-Y) Nepexogubie 3aTyxaHHa BKNIOUaA AMHMM 3anepxRKU Vncbopmaunounple 3HayeHHA: Amana30H BxOAHOrO CHrHana UBETHOCTH Bxoavouw umnegaHc BoixoqgHow curnan BprxoqHow HmMnegaHe Aemnecbuposanve curnana ywetHoctm (SECAM) HEH ACHTHCPHLMpOBaH) BxoguHow CurHan ana npamoro KaHana BxogaHow umnegaHc Bxoguow curHan ana 3anazqbiBatowjero KaHana BoixogHou curHan w3 Kpectoop6a3Horo nepekntouatena BoixoaHow wmneqaHc BxoguHou curHan ans AemoaynaTopos BxogHouw umnefaHc BxogHou curHan ana AeMOAYAATOpOB BxoqHou umnegaHc BoixoqHow umnegaHc BolxoqHow curHan ycunuTena Bxoguvouw curHan ana MAeHTMcpaKaynn BxogHow wmMnegaHc 1. Wprua wmnynpca mun. 3,5 us. HOM. MWH.-MakKc, leea + leci2 90 <= 130 Urs 6,0 Sabo Urs 6,0 5,5...6,9 Un 6,0 5,5...6,5 Un 6,0 Subs U20 =0,3 U0 25,5 Use 4,0 25,5 Uz6 8,0 27,0 ARZ 2 26 Urs mya 1,05 0,7...1,4 Ui7 Mim 1,33 09...1,8 CTis = 36 CT = 36 HOM MMH.-MaKC., U2s myar 30... 600 Ros 25 U26 mj 2 Roe = 50 B26 60 Us myo = 250 Rs, 24 21 U2a mim = 250 U1o, 22 M/M 2 Rio, 22 = 100 Ui, 21. M/M 2 Ruy, 21 21 Una, 18 Mijm = 300 Rig, 18 1 Ris, 17,3 <= 200 Us ym 2,2 Us m/m 300 Rs 21,5 << a<< << << << 3 > ad ao mV kQ dB kQ mV kQ mV kQ mV kQ 5910-14/1 10-1410-14/A 10-18/C2 | a 10-19A O-19A/C1 Lame | 1Au hore Prot te UF be sta Rihja Uce Upp Ur Um I Urp to ts Irer Us YCHNEHHE NO HaNnpAmeHHIO WwyMoBoe unCAO KoscpepuyHeHT yCuneHHus no TOKy WCKameHHE MOLWHOCTb NOTepb TeMnepatypa OKpyxaloueH Cpe,bi Temnepatypa nepexoga Temnepatypa Kopnyca TemMnepatypa xpaHeHua TemMnepaTypHoe COnpoTHBAeHHe OGwWee (Nepexog OKpyxatoulan Cpega) HanpamxeHHe NMTaHHA HanpsxeHHe nuTaHna (YHHNONApPHbIe MHKpPOCXeMb!) BXOAHOe HanpsKeHHE BbIXOAHOM TOK NPeAeNbHOe 3HAYeHHME HaNnpaAKeHHA NPeAeNbHoe 3HaYeHHE TOKa BXOAHOe ANMcepenuManbHoe HanpsxeHne NPOAOMKUTENLHOCTS KOPOTKOFO 3aMbIKaHHA Ha BbIXOZe NPOAOAXHTENDHOCTS KOPOTKOFO 3aMbIKAHHA 3aNOMMHalOU\erO KOHAeEHCaTOpa OnOpHbIM TOK TOK epe3 qnog 3eHepa BXOQHOE HanpAxXeHHe aHanoroBHlx BxXOAOBEXPORTED BY KOVO Foreign Trade Corporation Jankovcova 2 170 88 PRAHA 7 CZECHOSLOVAKIA Telephone 87 41 111 Telex 121481 ELEKTRONICKE SOUCASTKY KONCERN ROZNOV 1. maje 1000 756 61 Roznov pod Radhostm Telex 527 85 @ {TESLA ROZNOV, k. p., 1. maje 1000, 756 61 RoZznov p. R. Telex 05 25 71 @ TESLA PIESTANY, k. p., Vrbovska cesta 2617/102 921 72 PieStany Telex 712 71 ry @ TESLA TRINEC, k. p., 739 69 Trinec, Oldfichovice Telex 526 10 TESLA LANSKROUN, k. p., Dvofakova 328, 563 24 LanSkroun Telex 19 65 42 TESLA BLATNA, k. p., Palackho 544, 388 15 Blatna Telex 14 44 15 TESLA JIHLAVA, k. p., Havlikova 30, 586 26 Jihlava Telex 682 15 TESLA HRADEC KRALOVE, k. p., Okruzni 1144, 500 80 Hradec Kralove Telex 19 42 89