K176

K590 ETC1

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Technical content

: é 7-73-21 oe cCEPUN = : MHTEFPANbHbIX be . MU KPOCXEM vi * ‘ ¥ INTEGRATED MICROCIRCUITS } FAMILIES ic MOM -uuterpanbubie K176 3 MMUKPOcxembI K590 5 ‘MOS - Integrated Microcircuits Manpocxeme cepait K176 npeprmmuene aan IC series K176 are designed for building nocrpoetwn UBM w yetpoltcra ancKpernom ante digital computers and analog automatic equipment AABTINH, Microcircuits of the K590 family are designed to Manporxeme cepyn H590 npegnacme4enet ana contro! switches of the K190 family from the TTL yOpaNcHHMA HoMMyTaTapamn cepim H180 or ‘cxem circuits (families K130, K133, K136) when switching TTA (copwit K130, H133, K136) np wonenyraugn over signals of +5 V. cirHanos fo +5 B. OCHOBHBIE SMEKTPUYECKME MAPAMETPbI BASIC SPECIFICATIONS Tasmuya 1 Table 4 Store Wcsant™ | sxemae mnpacame 8 pa Ee nwranne, B Oveput voltage, V wen make Jorotmmeers, Mitrodrenit Swoply yi Tureen end ‘Statke nove Fan-out denignation voltage, V Ea pangreed ferarell delay Ireenuedey, V ‘ 2 Pos ae Cepun K176 Family K176 ’ . 1 ki7enm4 Snenewr norwvecnnit 940,45 03 250 09 50 YHRDOPCANBABIA General-purpose logic element

2 KITENM1 == | Asa norwiecnixanenenra | 940,45 03 250 09 50

«4HTIM-HEo x nore- ‘wocxnfl ananext «HED Dual 4-input NOR gate plus NOT gale 3 KI76NIN12 =| Asa normyecnnx anenenra | 9:40.45 03 250 09 50 e41-HE» @ normyeceni snenenr aHE» Dval 4-inpet NAND gate plus NOT gate 4 KI76NAs Ass nornwockwxanenenra | 9-40.45 0,3 250 09 50 4V\\- HE» Quad 4-input NAND gate

5 KI76Nes Uerbipe nornwecninx 940,45 03 250 09 50

aneneta a2MNM-HE» Quad 2-Input NOR gate

Mipoderrcenwe matin, 1 T-43-21 Table 1 (cont,) CS ES OO YO 6 = KIT6MES As nornwecenx aneenra 940,45 o3 62 250 09 so AANW-HEw Dual éinpat NOR gote 7 KI76NA? Tp normnecrx anenenTa 940,45 03 62 250 og 50 ‘Triple 3-inpul NAND gate @ ki7enn2 ernipe nornveckux 92045 03 82 250 oF ju DNOMOHTA, HCKNIONOUINE alts ‘Quod EXCLUSIVE-OR gate

9 Ki7enn4 Alaa nornweckux anenenra 940,45 03 a2 250 os ES)

«3NV-HEs norn socKml anemenT «HED Duvol zanpet NOR gate - plus NOT gate

10 KIT6FIE1O = | Aiea normvocenx anenenTa 94045 03 82 250 09 sO

Dual $input NOR gate 14 -KI76NA7 Uereipe normveckax anenenra «2M-HEo Quad 2-input NAND gate 940,45 03 82 250 09 x» Totnuye 2 Toble 2 Barmannor nanpanenne, B OGervaeanin neepocienee Spr ymonaneace KuaeRe Menyrmenne nares ‘Oviput voliogs, V ——= |= all ESE tea. "4" Copan K176 Family K176

1 Ki76He3 Cuerune no moaymo 6 ¢ aeumppsTopon ans aemona 940,45 03 a2

prabenmauwn wa COrMeHTHRH HHAMKRTOP counter with decoder for data oulpul on segment display .

2 KI76NE4 Cuerunk no noaynio 10 ¢ newnpparopon ans ssinona 94045 0,3 82

purpopeau tek COTMOHTHEA HHAMKETOD: Modulo-10 counter with decoder for data output on segment display

3 KI76MES Murrvaauarepaspaaneal pernetp casnra 94045 03 82

4 KI76T™1 Ass Aruna c yeranosnod ale 940,45 03 62

Doal Butype tipalop with "0" reset Alva tpurrepa D-rena c ycranopnok ao at» 940,45 03 a2

5 Kiverm2 Doal Dypetipfiop with "0" and "1" reset

Tpmeevanme, Kendbaunen oGvearmemen ane HC KITETMY « KI6TH2 ~ 50 Note, Faris ter IC KITETMS and KA7GTME = 50. - Tobnuye 3 Table 3 . Tox norpaSannn, 6A wee Manca nansias . : oon — Corrent crseompion nA | "Outpt veltape, ¥ Ree | Sones = FE ee . ton "4" quency, MHe CS ES OO A ‘Cepna Ki76 Family K176

1 KI76nP2 Casocestit 4-paspaguerit 10

Dual 4-bit static shift . register

Mpodenscenue mata, 3 Table 3 (cont,) waa fs ft Te 8

2 KI76VP3 4-parpaannill yumpepcany- 940,45 100 100 03 20 10

4-bit general-purpose = thin feglater T-43-21

3 KI76MP10 ‘18-paspaaneal peracrp 94045 100 100 03 20 -

18-bit shift register .

4 KI76TB1 Aisa Tpwrrepa «]-Ke tena 94045 10 10 03 2 12

. 5 KI76ME2 S-paspaanni CoeTanK, 94045 100 100 0,3 2 10 S-bit counter

6 KI76KES Dacrrasieiit cverumic 92045 100 100 3 2 14

¢ aewadpaTopon Decimal counter with decoder ToSnuye 4 Toble 4 speme }- ovdanen-enylon manpamenne, & See Rte | aumuwoynnnn, me Osonrasnae Tox nerpat Cxaput voltage, ¥ enue pm Turggezerstion ane cHEs, We cisgnetion Scruton, Termon exam | ana cca m papain delay | ci¥is | aie nen fer 9ANO | tee NOT al croit Copun KI76 Family K176

1 KITE Nlorwweccnll anenewr 250 250

+n « @HED 9AND and NOT gate Tofinuyo 5 Table 5 ‘Ton annem, We Banqmed ron, eA CBcrmavenne Hanperemne sae Za Ea Ee Microsireuit nee. Be nor ala designesion Spem, mn KI76 foeity Ki76

1 KI76PM1 Marpaiua-tasco- OSs OS

‘ . Tetnuye 6 » TH43-21 Table 6 Tor norpesinenne, Bmagwoi vor, HRA Obermacemae mHA ° Current conume Input current, wa fon, nA Microciresit dniqnation nor, ee nor. ets top. top. Copan K176 Family K176 1) KI76NY1 iat» mpeoBpayona- 940,45 03 250 1 |). OF ened yponmn Pental level converters

2 KI76Ny2 MpeoBparcsarens 92045 OA 130 1 of

3 Ki76ny3 Mpec6pazosatenh 940,45 4 130 ce of

4 KI76MpI Pewnpparop 4x10 940,45 03 350 | 0,1 of

, Tebauya 7 Table 7 ‘Ton cotmpervore namo Boome race pwn Hanpamenne You yrowen a> rps orpannuevene- | paenpocrpaxemn eotpecneat rovanee, 8 Srowi nwa | songemereasaiae | row entmowsnan, Wicrociresst Closed gate gate current Turnoff designation leak ope where. i Srehous ah gation enor ten, Copun K176 Family K176 1) KS76KTS Yereipe asynanpasnenibix 07 280 Nepexmonstenn +7 igetms 2, 3, 9, Quad reversible switch 10 eeieonon) abe crosts of . 2,3, 9, 10)

. Tefnuye 6 T-43-21 Teble 8 Bane saaepmen pacepoctpanenann APH CETONEHER H ShacmON OHM K, me =, | Ee corre commen, Obamcmsenne ie eran wom | ome rempocners! pavern, om panne, | paaner= nA snom | orexons fino 9 Wicrocirevt Cuereat Snowe | Re mainoae faad =" éeigeaion mone ‘enepeno- mony Senaee,| Se o carry Inpet | carryoulput ” fowm - ontput Capua K176 Fomity K176

1 Ki7erict ‘Tex norkwecinnx 940,45 _ 10

3 (MN) ‘Triple 3-input AND-OR gate 2 KIT76MEt G-parpraneii goon. 940,45 1.0) 2 Heth CeTuMK bit binary counter 3) OKI76MM1 +parpaaeih nonnent 940,45 _- a) cyrearop 4-digit full odder

4 KI76PY2 Onopataanoe samorm- 940,45 550 -

256 Gwr c ynpasnenwen

c 256-bit BWM with control circuits Tobeuyo 9 Table 9 OBornavenme Bemnanee Bpenn taaepauce, rave = == Merocireuit suemove pea est [ee | mina Capan KS9O

1 Kwnen 10-paspagnni 5205 13 | 109-114

THHeCRNA Caamrasculel 15415 perncrp ma MON TRAKIMETOpaX 10-digit static MOS- transistor shift register

V/0 ELECTRONORGTECHNICA 88D D MM 9388524 OOOO071 7 MBUSSR 43... Tasnuya 10 T 43 21 Table 10 = . Hanpawe | onan On? | Tox yreanay A OGornavenne ane KCTOM- jOMMOCTe Open channel resistance, Leakage current, nA Bpertn aknio- Microcirevit on - nn, B a, APH son, TPH Uxon, granore- | axanoro- | Turron designation ction ‘Supply comsorapon, orenose ore S008 sere son | time,as Itage, V | at, at Veate semen | mv fromdiosv | from=Siooy | srcloo | analog Cepua K590 Family K590

1 KS9OKH1 BocemakananeHbla 540,5 cn

Hanpae- Conporsane- Leakage current, nA. Mierocireuit Funct wna, B Current con- | OH v tt sora sore Turn-on designation vnetion Supply sumption, mA | Open-channet | Voss exons BBIKORS Hime, us voltage, V resistance, 2 vances ‘analog ‘unalog input | output Cepia K590 Family K590 1 KS90KH2 4-Kananbuelii 1241,2 —10...+10 70 70 0,5 MOM-kntow 50,5 co cxenoii ynpasnenua Four-channel MOS gate with control circuit ®YHKLIMOHASIBHbIE CXEMbI FUNCTIONAL DIAGRAMS of 5o es 2 4 : uy Jo & x 5 | | ya ty * 20 » 6 h 9 eat Me Hy, taal! | allallalle Int i oy edad ue oma fp 07 % Xa 6 6 OchosHoii Gasonbih anenent cepun K176 Basic element of the K176 family Ki76énn1 KI761"11

V/0 ELECTRONORGTECHNICA 88D) D MM 9388524 0000072 4 MMUSSR T-43-21 2 2 x 1 i$ ty yf y nol’ |, x; o— 4} Y—F bh, % ' Y 4) fH xy us ‘ oA |e oT 5 ar) Xy x— t—% Xy 5 ‘ Xe de g 8 Xs—2 el Pa oa Soa ey x41 |, Xe yt] p—% a ; ; x1 Fy Xg £7 8 % Xa u iB} '} NY x2 Kt76nmi2 KI76NAB KI76NES KI76NES Fl Xs ay =f x if * i * MT] 6 a G71 Mee] pt LG us 9 x, 4% X53 1% 6 Xe b Ley 4 tt Cir en a 5s] 2 x =1 xy 1 x X65 5 xt Tt 0 5 x,t X6 45 x S| y —% Xy 17 9 12 0 = 2 Xe g— 45 Xy—]*7 al7 la Xs-R] Poe " HY % | ais | x Ki76n1A9 Ki7enin2 Ki76nn4s KI76nEt0 u a zs 5 p—/22 Ja} — 6 orn cae ri} a9 Xy le | | lc} —i0 8 — e;-— Xs—718 jay 4 — i— 15 ‘op , ey" Xy fo 6 Bi 9 My XB KI76E4 KI76.1A7 Boisog Hasvavenne Lead Function 1 | Burxoag 1 Output g

2 Beixon 10 2 Output 10

ore fi 2 4 BxoaT 4 Input T 5—R 1} De q 8 5 Bxoa ycrarosKn «On R 5 Reset input R 2}-— 4 i 6 Bxoa G é Input C — 8 Beixog a 8 Ovtputa 4 ig ; : 9 | Beixonb 9 Output b ey 4 10 Buixonc 10 Output c 5 "1 Beixoa d 1 Outputd KI76MER 12 | Buxone 12 Output e 13 | Buxoaf 13 Outputf

V/0 ELECTRONORGTECHNICA 68D) D MM 9388524 0000073 0 MMUSSR - T-43-21 Bersog Haanavenne Lead Function:

1 Buixon 9 paspana 1 Output of the 9th digit

2—laycryol_1 2 Bxon 10 paspaga 2 Input of the 10th digit js ul—4 3 Bxoa ycranopkn «> R 3 “0” reset input R 9—r 15} —5 4 Buixon 14 paspaaa 4 Output of the 14th digit 0-9 Ag i 5 Buixon 15 paspana 5 Output of the 15th digit 9 BxoaT 9 Input T.

10 BxoaT 10 Input T

KI76V1ES 1 Beixog A 11 Output A

12 Buixoa A 12 Output A

‘TaGnnua coctonHnit onHoro paspana A TT qr I—fer | R6~} 1 5 One-Bit State Table i 1T 42 1—102 1-—-8 - ° 0 17 az De 2-2 7 tT 8-2 x x ° KI76TM1 K176TM2 K176MP2 X~moboe cocronnne X -“don't care” state TaGnuya netHnnoctH Validity Table Bua sanncn Bxoapt Betxoget

3 B mngopraunn Inputs Outputs

‘tel be. wm" [elalele[o[e[=[ole[ele[a 52) lat —i2——Mocneaosarensian o lr} x x|x]x |x o | o b—y| bho aanice o |r| x x}x} x] x o}o n—in| lye Series write mode o |r} x x| xix |x 110 9—p3 0 jr} x x} x] x] x oj} 4 6 Dy Mapanntensnan 1 [x lr] x 1 1 1] 4 sanuce 1/x/or]x 0 0 o} 0 KI76P3 “Parallel write mode 1 x |r| x 1 0 0 0 1/|x lr] x 0 1 1/4 X ~moBoe cocrortne - X~“don't care” state . Ta6nuya neTHHHOCTH TaGnuua cocronunit onvoro Validity Table pasprza J One-Bit State Table R Ls] [ee [eo] bal 1—pi |e}-—s3 Barwon ; TF t}o|/x}x]x}o]14 4 2 8) tt c a 1 O;1)xX] xX] xi] 1 J] o 6}-— 12 Output a ‘ p—2 3 1/1/x |x| x |H/o} H/o 5—y] ah-—10 bie 2k ee O};oO;xX};xPLj}Q@}a Th 0 0 ft Fa wm fe} esolrjal/e 6— 2-—8 1h 1 1 SW] jae =o Fo} ol 1 | rjo | 4 }— 9 r x e 5-335) ofoltlolyji jo _ ofoj1}1|rjaje KIT6MPIO X ~ mo6oe cocroaune kiveTBt X= cocroanne moGoe X~ “don't care" state X-“don't care” state H/O - coctoanne we onpegeneno H/O = state not specified

V/0 ELECTRONORGTECHNICA 88D D MM 9388524 OOOOO74 2 MMUSSR : ’ T-43-21 cTe 9k Feld 6 k 1 4 th ee Nf 7 a e ie ' iy] lets Bp EH) ; i atl #R ar] feo RE i i $e] late = t 3 s182 or) HEH WEG x IS, 6} —10 $}-—gL_ gt Er) a: Ye KI76NE2 KI76VE8 KI76nU1 TaGnnua uermnHocTH Zl) 2f2) (3) Zyl) Validity Table (8%) —F) Li] si nae (Ms =al Fr: rd nd Pe i miiiied rear Pirie [ . we vole! Het al be @ re | tid | Td | rf x | z | Do} pt | Cocromnne auelixn rT IPH | PH State of tocetlon oo ln He Weal ly 0 fo] a] | femme piety Ney HLT if 1 | 0 | & | @ | Hemmennerca tT TT IT] | No change TAH HH cae No change [| [| [| 1 ]/4 }01]0 He onpegeneno io Not specified _— atalalol4 K176PM1 1 1) 0 | 14 ° Pex CuMTbIBAHHA Boieon Haswavenne Lead Function Read state 1—4 | Bxonwi aapeca Z;-Zy 1—4 | Address inputs Z1-Zs

5 Bxoa sanucu 5 Write “0” (DO) 1 {i nn 0)

nyna (DO)Xs input Xs 1 or 0) cy Cunrteieanne Y & Read Y

9 Bxog sanucn 9 Write “1"" (D1) -

eauHusi (D1)X6 input Xe 3 ra Sootecretenn’s nanncannok wugopnauned 10—13 | Bxogi aapeca Xs—X; 10—13 Address inputs Xs-X; @ - “don't care” state — X = corresponds to the data loaded Hol ty xy rt oes te! oe oe . Ke | Ip a Ly Xs ys Uz 4s 4s uf! Xe . M wz 4 7 Xs as Xs 45 | level converter % % A ane | Kiveny1 Kiv6rny2 Ki76ny3 n

V/0 ELECTRONORGTECHNICA 66D) D MM 9388524 0000075 4 MUSSR : TaGniya nerHHHocTH T-43-21 Validity Table Tag=rs Bxoas Burxoaet o—\\1 Hi ij Inputs Outputs sz] EP ots Ta [+s fo [ste Ts TsTsTeT7 [es nel 13% ofojo}1}ot}s1fo}fo}lo}lo}ofoloj]o alg ofo}1}otlo}o}41}]ofol}o0lo0fo0]o0]0 g ofo;1 ft }o}ojlo}1}o}oflolofol]o ° 1 0 0 0 0 i) 0 1 0 0 0 0 0 KI76n at o 1 0 1 0 0 0 i) 0 1 ° 0 o ° 0 1 1 0 0 0 0 0 0 O 1 0 ° ) oft }1 141 }o}o}o}ofo}ojfof1]ofo 1/o]o0]o}ofofo}ojo}foj}lojfoj}14]o 1/o}fo}t}ofofolojfofjojlojfojoj4 Xy—ps xine 7 9h “a pik x res vy Gre] }~4, Xe } Yes teins ent xy 2}—-% ut * 7S Wy ay,

6 Tay ts

Ysiks H * | Y3iXs ess B/-Sy 6 %e—u 7 No—{61 : Yair OT Yq iXy % +84] % 2 A a % al 32} ; KI76KT1 KI76NC1 a KI76V1E1 . . an [7 : oot 1 = . 2 2y ROM TaGnnya nctninocrn ir 4 Sel [3A Validity Table . Is . [7] D vw v2 Beixog Q Pexun paSorat rae | 4 . es . 7__|o1 Ky H Hh} 4 H | Xpanenne % x Z el LE p—14 Store noe ce = ; % Mel 4 106 Fy tum] 1 | 0 H | Sannee —| Write Xs — ry — BP /o Xy s 4p 1or . _ er xs Pe 5 H 0 O | tunw0 | Cunrewanne % p—P , | or | Reed x; s fi ; . H-Gespasnnunoe cocroanne KI76MM1 Kt76Py2 HeNdent core sete f t 3 Ta6nuya uctuHHoctH 2 ? Validity Table SrT| «4 Broa . Buxon 6] ¢ Inpot Output 4 7] tletsteTe[sTetTe[s [soln 0 0 0 0 0° 1 LIT] o}1 }o 1]o 0 13 ? 1 ° 1 0 1 0 afa]a 1|4 0 SKS6INESN

V/0 ELECTRONORGTECHNICA 88) D MM 9348524 OOO007L b MMUSSR oe T-43-21 Logic input Aoewecxui frog 5—| 1 Ananozobor éxogt Analog input 1 fogie Input Aozwecrud 6109 53—) “AnONOzO BID hare Anatog input 2 Logie input Aozuvecxud bxog © Hanozo boi Gxt i nctog ry wt {uanoeal og xa nai o% iit 3 nS Yas ite lie 3 Mozuveckud bxog nozobbid 64097 Anatog input? «pape i deanaeedona hiya anatey put access enable” Ancaveoboid bxog!0 Analog input 0 KS590KH1 i 1 1-2 mai Awl Ta6nnya uctTunnoctH a 3 Cz Validity Table 4 4 SUEUR 1 : ‘Yposnu Ha normveckHx Bxonax 1 6 Levels at the logic inputs Orxperrniii aanoro- 2 0 sei exon, 3 Paspewenne . Open anclog input 4 15 Enable 2 1 0 ° 0 1 H ° 5 Hs b KS90KH2 1 0 1 0 3 1 0 1 1 4 1 1 0 ° 5 1 1 ° 1 6 1 1 1 0 7 1 1 1 1 8 0 x x x Bce saxptirbt All closed X= npn mo6on yposne X= at any level BPEMEHHbIE QYUArPAMMbI TIME DIAGRAMS Bxoguod = Input Sono’ venom cuewon —_signat Input sionat t Boixoguod cueHon Borxoguod Output Output signat cuewn —signat -_— i —— 1 —_—t ae a?

7 Yposnu orcuera napanerpa mukpocxenet KI76KTA: Yposnw orcuera speMeHH sagepxkH pacnpoctpaHeHna

. tip, — Bpema sagepyxKu pacnpocrpaneHHA BKNIOMEHMA fT" M BpeMeHH 3anepXKM pacnpocrpaHenHa Ot Reference levels for measuring turn-on propagation mernnroneHun fp, MAKpocxenbl KIZEITY1 4.0 : delay time t,"p, and turn-off propagation delay time Reference levels for measuring turn-on propagation delay typ, of microcireult KI76KT1: time 1,19 and turn-off propagation delay time 1° of 1, p, ~ Propagation delay time microcircult K176NY1

V/0 ELECTRONORGTECHNICA 68D) D MM 93848524 0000077 & MMUSSR —- it T-43-21 Upy He be160-| ax 1.2.3.4, 10, 01213 ‘OV Up at pins Bxodnou 2. cuenan ‘ eMule, t {\\ Input Us _ 4V signal na Bebode 0 t 9(D1) gees Yin v Bexxodnat atping i cuenan a | [a25us t SN Signal Uy, o————+t Ha bubode 9 (00) Yq : Yposku orcuera napaMeTpos speMeHi saneprKkH pacnpoctpae- at pins Lt Hua axmovenua 11" spenenn sanepxKH pacnpocrpaHeHHA Bbl- a [asus |_| a2sns 7 xniovenua 1°) muxpocxen KI76MM, K176N1N2, Kt76rIN4, y, . K176NES, K176M1E6, K176M1A8, K176S1A7, K176S1A9, K176S1E10, na beac 5 Ki76enm14, 17612 Unut x Reference levels for measuring turn-on propagation delay at pin’ |_| time 1,9 and turn-off propagation delay time 1°" of micro t circuits K176N1T1, K1761N2, K176N1M4, KI76NES, K176F1E6, K176NA8, KI76S1A7, K176NA9, KI76NE10, Ki76NNI1, Ocumnnorpanta BXOAHBIX MW BBIXOAHDIX HanpmxeHHit MHKpO- K176n1m12 cxenbi K176PM1 npw Hatepennn Ty Input and output voltage waveform for microcircult K176PM1 when measuring Ty 8xodHod cuenan zt Input signat T Beixoduod cuenan Ha Beibode 3 Output signal at pin3 t

27 Borxoduod cuenan

t “7 BoixodHou cuznan Ha bibode 5 Output signal at pins TUTTI Tif] Beixodnod cuenan 4a Buibode 10 Output signal at pin 10 || tl |_| - £ serxodnod cuenan r 4a buixode 11 Output signal at pin It t Boixoduod cuenan a bbi60de 12 Output signal at pin 12 {J |_|. Ocumnnorpanib! BXOAHBIX H BbIXOAHEIX curHanos MuKpocxeMb! K176ME1 Waveforms of input and output signals of microcircult Ki76VE1

V/0 ELECTRONORGTECHNICA 68) D MM 9388524 0000078 T MBUSSR J-43-21 13. a es | | Tel : 4 4 = + Cxena cornacosanun Hukpocxen cepun K590 ¢ TTI exenamu: A~ wuxpocxema; Ef, E2-WcrouHHKH nuTaroujero HanpmkeHHA; R1—R4 ~ cornacyrouyne peaHcropbi; D1—D4 - cxemsi tpanaHcropHo-rpanancropHoli normka (TTS1) Interface diagram for microcircuits of the K590 family and TTL circuits: A microcircuit; Ef, E2 - supply voltage sources; Rt—R4 — matching resistors; Df—Dé — transistor transistor logic (TTL) circuits; Ef=+(5:£0.5) V; E2=—(15-£4.5) V; Rf =R2=RI=RE=(3 to 10) kQ. Vv

V/0 ELECTRONORGTECHNICA 88D D M@® 9388524 OOOOL01 1 MBUSSR , 7290-20 Kopnyca : Packages ; KOPMYCA MPAMOYFONIbHBIE MNACTMACCOBBIE RECTANGULAR PLASTIC PACKAGES fas Sas TAHT IME =| f- +h HY Mgueuiae | i IL | Ca {| _25 mar less EL ee) ea fora ~— Ix{a}= (8) G3 at 15° [| a5 mar ‘GS max 16 9 PUNT CHECONCANCOM came "ey chy eth eth eth hy? y LA nt rrary ow, ey a ay (201.14-1 238.16-1 201.14-2 238.16-2 Lerrtrhrtstututity tts TIE yh ch hth ch ch ot” kat hah hake 239.244 239.24-2

4142 B-07 99

EE EEOEEEOEEEOEOEOEOEOEOEOEOEOEOEOEOEOEOEaEOEOEOE—E———————eEE OEE

. V/0 ELECTRONORGTECHNICA 88D) D M@™ 9388524 ooo010e 3 MBUSSR . T-90 -2O | WTI ~ : * we [| ‘Qémin ' seat o3min 1372,5*32,5 1, 75imia 15 UML LULU a am a SS =“ i We hie 2,95max) 0,25max 29min | 15,3min z 2.5 | \\\\ osa" L75max 19*2,5*47,5. “in 475max 15°max PU EAC rl mL 100 4143 B-08

V/0 ELECTRONORGTECHNICA 68D D 4388524 0000103 5 MBUSSR rs | KOPMYCA MPAMOYIFOSIBHBIE KEPAMUUECKME J) - 40-¢ lo) RECTANGULAR CERAMIC PACKAGES 15-1 15-05 Fane fl — CHATHIRIRIRIRIB f Co hl iUiNNGditiN ! iA omy) fr entry oe ] OTUIUTUUILE | 4 ri t5max 8 16 9 ARRAS AAA AA —— foen RAY Y KAVA vaAVA 19,5 max 1 201.14-8 | ee nettes t= switch

14 Pa a

1 23) I[|_a3max 25max 0°-15° BAA AA A Ah A” Pee TREE 2 19,5 max PAW WWW WATE f 4 5 i ret 201.165 §| p g Q36max 201.16-6 Ss ox B=) Ry [eva] 1 -Knio4 0,59max 3 0°-15¢ |= switch 22 12 PN Ay a fy ay As l=x«ntouw | I= switch

4144 B-09 iol

————EOEOEOEOEOE~E~E>_E——EOEAEEOEOEOEOEEOEOEOEOEOEEOOOEOEee«E«eee'~~eweeee