K155

K155 ETC1 | Alldatasheet

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V/0 ELECTRONORGTECHNICA 68D D MM 9388524 0000035 3 MMUSSR ee eee atta WAM TECPANPHBIX : Weare os bens i “2. INTEGRATED i Sige SANE SE pee Ren : MICROCIRCUITS $ Wes as Sat son FAMILIES ‘Wuterpanbubie Mukpocxemb! K155 . * : ‘cpequero 6bictpogeiictBna = -KM155 ‘Medium-Speed Integrated es ; Microcircuits Pe ©: Mupocxemet cept H155, KM155 npeaasnauenies Microcircuits of. ‘the K165, KM155 families are AIA NoctpoeHnA yanos UBM u yerpolicra’ auciperHoh,. designed for building digital . computer” units ..and "aBTOMaTHHU CpeAHero Gbictpopelicreua. TE eerie medium-speed analog automatic equipment. —: ; OCHOBHbIE SNEKTPUYECKUME MAPAMETPbI BASIC SPECIFICATIONS Ta6nuyo 1 Table 1 Burxoqnoe Bpenn zanepaxn, KC OGomavenne @ynxunonansnoe Hanprxenne nanpaxenne, B . Harpyiounan | Koop pnunenr muxpocxentbt Masnavenne acTONHHKA Output voltage, V Delay time, ns enocoSHocrs | o6wequnennn Microcircuit Function naranns, B Fan-on no eile dasignation Supoly nor.a0» | norvet» | temovee | annnone- OR arin voltage, V log. “0” log. "4" furn-on turn-off Cepun K155 . . KM155 . Families K155 KM155 .

1 KISSMA1 Asa normueckux 540,25 04 24 15 22 10 _

KM1SSNA1 onementa «4U-HE» Dual 4-input NAND gate

2 KISSnA2 Floraueckuii snement 50,25 04 24 15 2 10 _-

KM15SNA2 «8U-HE» 8-input NAND gate 3) KISSNA3 Uerbipe nornyeckux 540,25 04 24 15 2 10 - KM15SNA3 anenenta «2M-HE» Quad 2-input NAND gate

4 KISSMA4 Tpx normueckux 540,25 04 24 15 2 10 _

KM15SNA4 anementa «3-HE» Triple 3-Input NAND gate

5 KISSTAG Apa normuecknx 54-0,25 04 24 15 22 30 -

KM155N1A6 anementa «4V-HE» ¢ Consus Koappuunenton pasneranenun Dual power 4-input NAND gate

88D D MM 9388524 O00003b 5 MMUSSR ~ . - Mpodonacenue mabn. 1 V/0 ELECTRONORGTECHNICA Table 1 (cont.)

4 Po a se eT

6 KISSIIA7 Alea noruueckux snenenTa 540,25 04 _- 15 45 _- _

KM1S55NA7 «AN-HE» ¢ oTKpbITEIn KONNEKTOPHBIM BLIXOAOM 43- HW noBbIweHHOH Harpyso4- . T-43-15 Hoi cnoco6Ho¢rste (ane- MeHTBI MHAHKAUHH) , Dual power 4-input NAND gate with open collector + | output (with display elements) . 7 ~~ KISSnAS Uerbipe normueckux 540,25 04 - 15 4S - _ KM155NAS snementa «2M-HE» c or- KPBITBIM KonmeKTOpHBIM BbIXOAON (aneneHTbI KonTpona) Quad 2-input NAND gate with open collector output with control units)

8 KISSNP1 Asa nornuecknx anementa 540,25 04 24 15 22 10 8

KM15551P1 «2M-2UN-HE» (oann pacwHpaenbiit no «MMy) Dual 2-wide 2-input AND-OR invert gate (one OR-expandable)

9 KISSMP3 | Flornueckuii snenenr 540,25 04 24 15 2 10 8

KM155/1P3 2-2-2-3N-4VN-HE» © BOIMOMHOCTHIO pacun- pena no «ATM» OR-expandable 4-wide 2-2-2-3- input AND-OR Invert gate

10 KISSNP4 Tlorwueckwit anement 540,25 04 24 15 22 10 8

KM1551P4 «4-4V-2VTN-HE» ¢ BosHOXHOCTBIO pacwin= . penia no «TIM» OR-expandable 2-wide 4-4-input AND-OR invert gate

411 KiSSNA1 Asa verTbipexsxogosbix 540,25 _ - 3 6 - -

KM1551Q1 | normuecknx pacumm- putena no «TIM» Dual OR-expandable 4-input gate

12 KISSIIA3 — | Bocemusxoaoseil pacum- | 520,25 - - 3 6 - -

KM1557103 | purens no «MN» 8-input OR-expander Ta6nuya 2 Table 2 Buixoanoe Bpena my He Hanpawenne B pea saRepKKH, 1 vpoctenst vaso erosions Delay tie, ne enocobnocrs Microcireuit Function Supply v nor, «0» nor, «tp BkniowenMn BbIKMIONeHKR Fan-out designation voltage, tog. “0” Jog. "1" turn-on turn-off

4 Pos as

Cepun K155 . KM155 . Families K15S KM155 ae

1 KISSMET Aexaaneiii cuerunk ¢ 520,25 04 24 4

2 KISSME2 Asonso-pecaTH4nblit 540,25 04 2,4 10

KM15S5ME2 | NeTeIpexpaapaanelii cueTunk Binary-decimal A-digit counter

3 KISSME4 Cuerunk-nenntent Ha 540,25 0,4 24 10

KM15SME4 | 12 Counter-divider by 12

4 KISSMES Asonsnsti cuerunk 540,25 04 24 10

88D D MM 9388524 0000037 7 MMUSSR ny I. T-43-15 Podomaene men ‘ V/0 ELECTRONORGTECHNICA able 2 (cont) 1 3 4 5 | 6 7 8

5 KISSMM1 Oanopaspaanetii non- 540,25 04 24 55 25 5

KMISSMM1 | neti cytarop febIBO Rb! 2—4) (sbisoabi 2—4) | (sbiB0g 4) One-digit full leads 2-4) {leads 2-4) (lead 4) adder 80 a 70 3 . (eeisoaei 11—5) | (abiBoaei 14—5) | (BeiBoAet 10 : wnntt) (leads 11-5) (leads 11-5) (leads 10 or 11)

6 KISSMM2 Asyxpasparanpiii non- 540,25 0,4 24 42 38 5

KM1SSAM2 | Hb cynmatop . (sbiwoabi S—12) | (Bbtecabi 5—12) | (anion 10) Two-digit full adder (leads 5-12) (leads 5-12) {reas 10) 27 19 : (ostonst 5—10) | (obisoqei 5—10) leads 510) (leads 5—10) Ly (aeiwoget 13—12) (leads 13—12)

7 KISSMM3 Uereipexpaspaaneiit 540,25 0,4 24 42 38 5

KM15SUM3_—| nonueiit cynmarop (eeinoqe: 13—6) | (sisoaei 13—6) | (sb1B0, 14) 4-digit full adder (leads 13—6) (leads 136) (lead 14) 55 55 (abisoqet13—15) |(entsoqei 13—15) (leads 13-15) (leads 13-15) (ebteoai 13—14) (leads 13—14)

8 KISSTB1, Tpurrep «J-K» ¢ nork- 540,25 0,4 24 40 25 10

KM1SS5TB1 koi Ha Bxone «3» J-K-flip-flop with 3-input AND-gate at the input

9 KISSTM2 Asa tpurrepa tuna «A» 540,25 0,4 2,4 40 25 10

KM155TM2 Dual D-flip-flop 340,3 0,25 1.6 20 20 5 10 «KISSNM1 Uersipe nornyecknx 540,25 0,4 24 7 19 _- onementa «2» Quad 2-input, AND gate| 10 11 «KISSNH1 Wect normuecknx 540,25 04 2,4 15 22 anenentos «HE» Hex NOT gate Dipanevanna: 1. Bpern sanepmnn axniowenna Beikniovennn no sxoay «Cia ann UC: KISSME2, KISSME4 - 100 nc; KISSES - 135 He. ‘2. Maxchtantian wacrora sxoaxore curnana ana AC: KISSHE1 - 4 My; K1S5TB1 - 10 ‘Mu; K15STM2 - 10 My. Noter: 4 “Torn-on and turn-off delay time for C1: K1SSME2, K155ME4 - 100 ns; K1SSMES ~ 135 ns, 2. Maximum input frequency for IC: K1SSME1 ~4 MHz; K15STB1, KiSSTM2-10 MHz. To6nuyo 3 Table 3 anenne anne ae HC Bpens Brena - - rf - Snepocenes womawenne 8 venerowe | nanpare, 8 saneproon | maaepron | Kranmoncien [encounter | Harpro% wMKa ne sxntovennn | seixniowe- | or pxona «fy, ‘HK OT Bxoga co6HocTe vannn, B ‘Ouput voltage, V OT BXOAR | NHR OT BXO- | He «Ae, ne Microcirevit Function Supply ne nor. ‘Tura-on Turn-off | Turn-on Turn-off Fan-ou! designation voltage, v | "ore or. a delay delay, delay from | delay time fom " RO" input, | RO” input, Cepun K155 KM155 Families K155, KM155

1 KISSMP1 Uerbipexpaspaanbtii | 540,25 0,4 24 35 35 _ _ 10

. KM15SP1 yaneepcanexii CasHrosbii perucrp General-purpose . A-digit shift register 2 =KISSTMS Uerbipe A-tpurrepa | 540,25 04 244 15 30 25 30 10 KM15STMS Quad D-flip-flop 3) KISSTM7 Uereipe A-Tpur- 540,25 04 24 15 30 25 30 _- * "KMI5SSTM7 repa cnpambimu 4 (a0 npa- (a0 npa- musepenbinin nore abi- | Horo Bbi- BbIxogann xoga) xopa) Quad D-flip-flop (toforward | (to forward with fobward and output) output) inverse outputs 15 40 (a0 un- (po HH BepcHoro BepcHoro BbIxoga) Bbixoga) (toinverse | (to inverse . output) output)

V/0 ELECTRONORGTECHNICA 68D D MM 93488524 0000038 9 MHUSSR TaGnuya 4 T-43~-15 Table 4 Bpena sanepa- | Bpenn sanep- a beans pena aaepi | Bpenn ranepn O6ormavenne ‘@ynKuxonan soe Hanpame- | pe6nenna, | Output voltage, V. Delaytime,ns | «cwuxponmsa- | ecHixponnaa- | Nanpaxenne axpocxertet HaaHaenne wane MeTON- | HA nn curina | yun cunrnina | CvaTHYeCKOR — ‘HMM AO Bbl~ HHA} AO Bile nomexn, B narania, B xORa, He ORR, He Microcircuit Function ‘Current ‘nor, nor. «ta * Suppl : xno | ssixnio} Turn-on Turn-off jimut designation * [rolege v | featumer |<» «| sewn | sentn| dele rom | defame rom | tine Hoa.v0" | too." |rura-on | turmotf| read"input | reag"inpur | Yolsae¥ to output, ns to ovtput, ns Cepan K155, . . KM155 Families K155, KM155

1 KtssMQ1 | Mpeo6pasosanme | 540,25 | 25 25 | 60 04

; Karopon . Binary-decimal-to- decimal-code con- . verter plus high- voltage display : control

2 KISSKNS Konnyrarop 8 xa- | 540,25 | 43 o4 | 24 _

KM1S5SKNS anos Ha OAKH Ges crpo6uposanun 8-to-1 channel switch] without gating

3 KISSKN7 Konnytatop 8 xa- | 50,25 48 0,4 24 _

. 8-to-1 channel switch] with gating

4 KISSXI, Muorogynxuno- | 540,25 95 04 | lou _

KM155XI11 HanbHbll anenenT 1,25 WA ana 3BM lout Multifunctional logic] ‘our= element for 1.25 mA computer Ta6nuya 5 Table 5 Beixoanoh Beixoanon Dior. «0» Tox ycunu= | Flor. «0» ‘TOK ycunn- ug ig” (Cy=t5ns Output Output Microci Funeti output ‘output Ri 7 “0 Mlcrocireuit unetion Sopeiny | feyetor | gucaat | fsveltor | gurcent | serene | 1oes tine | E28 tte tine amplifier | ese complifier | sense write from address | from address aoe empliter | gma amplifier | cyclesns | buses, ns buses, ns acces | during | Secerp | during” | (C,=150F) oe cecets time, V time; | times Time, HA CepunK155, . KM155 Families K155, KM155

1 KISSPY1, Onepatuetoe aa- 540,25 0,4 250 45 25

KMIS5PY1 nOMMNaIoWee (CH=15 nb) | (CH=15 nd) . yerpojicrao Ha CL=15 pF) | (CL=15 pF)

16 Gur (16 cnos x1 55 35

paspaa) co cxenanu fe 3 . ynpasnenun (CL=200 pF) | (CL=200 pF) 16-bit read/write memory (16 words/ bit) with driving circuits .

V/0 ELECTRONORGTECHNICA 68) D M@ 9388524 0000039 O MBUSSR Tabnuya 6 7-43-15 Table 6 Burxonnod vox, mKA Bpenn Bpenn sanepm- | Bpenn aanepn- : acceranos | xi axmiovennn, | KH axmovennn, Output current, uA Tor. «Oe eneHHA ‘SPeMA JARePKKH | BpeNA Janep KKH SPERHME | Flor.«O» | yeunwrenn | abientovenun — | auixniovenna . reenenwt Va pexnne | cunruma- | oraxone pax | or anpechoro * | Henpawe- seme ic [emmmanae | nunnoene | pewenn ase | exons a0 aur OGosmauenne ona oe mwa weTon- ae wun, B aannen «Ox | Gopex ycunure- | xona yeunwrena unpocxenst vomawennte wna ni sapecax, B wets | nn cunraimanna, | evnraieannn, ne . ‘ranna, B Log. "0" 4c Microcirevit Function : apemune | epernne | Log "0" | tout Sense Sense amplifier designation Supply conratnar | xpanennn | output, | levelduring | amplifier | Sense amplifier | turn-on/ voltage, Vax level for 4" | ead recovery | turn-on) turn-off storage in | cycles | time after | turnoff delay time from read cycle | storage | _unaccessed wo" and “1” | delay time from | address input evcle locations, V write enable access | toread ampli cycle, ns. ‘input, ns fier output, ns Cepuu K155, KM155 Families K155, KM155

1 KISSPY2 (O3Y Ha 64 Gur 540,25 60

. (16 cnoe x4 pas- . praa) 64-bit random- access read/write memory (16 words/é bit) Ta6nuya 7 Table 7 Bpenn aagepaku akniovenna, Buxxoavoe manprmenne, | apenn aagepaenh abiKnioweHnn Output voltage, V ‘Turn-on/turn-off delay time Boot ssnepe ve penioweninn Hanpaxe- orton or axons yors= O6omavenne ynxuwonansnoe we HeroM orexona | caetago | OTSA | nosKn ad ao | Harpysounan Huxpocxens: warnauenne wa nnTas npeasapn- | seixona | **™TE- | aurxons, He enoco6nocrs van, B rensnoh | so6parunii | HERO | Microcireuit Function aannen go | RePeHoce, | Sbixona Turn-ondelay | Circuit designation Supply nor.«0» | norets | giixoga, ne} M anette, HE | time from capacity voltage, V from from from “reset” input a Sn pubtt 0" to write input | fopetto input" to | output, ns pul “borrow” tooutput,ns| “reverse carry" output, ns output, ns Cepnn K155, KM155 Families K155, KM1SS

1 KISSES, Asonsno-necatnu- | 540,25 4 24° 4 10

+ KMI55VE6 | nbit pesepcnanerii cuerank Binary-decimal : reverse counter

2 KISMET, Uervipexpaspaa- | 50,25 40 24 4 10

KMI55ME7 | nett aBonunei pesepcHentii cueTunk Binary 4-digit- reverse counter

V/0 ELECTRONORGTECHNICA 66D D BH 9388524 OO00040 7 mMUSSR Ta6nuya 8 T-43-15 “Table 8 Bpenn se. | BPOHRA Burxontoe Manpa Bpennsa- | acon | ABPXIH xenne, B Brenan | atone | onmonensn| ™°N* | po ea ya. | Bpenn ase eon | Bevnione- | oraxona | NH OF pepen — | APRKH : Ouiput voltage, V | SxniowennA| a noeneno- | XRF axniowenna | Bhikntover or eMeT in| cHetHoro | azrenanoro| SMMC” | Or cage, | HHA OT Hanpawce- errceant| axonano | sxnioxe- | STEM) sory gyoga| cueTHOrO O6ormawenne OyunuMonanenoe ne Kerous OMMKORE T weivona | nunvao | TM | po anixona | SXOAL AO wuxpocxens: | wanHasienne suka nierae eae ne | ene | numone | BE ROL tee em ‘ana, B e¥s,ne | Semone a>, He Microcireuit Function Tuemon | ruennolt eens Na designation Supply | nereOe | norcets | delaytime | fer tine | Turncon detaytime | Tornott voltage, V from | from delaytime | Temoft | Geom delay time logical logical | “count! “eount” from delay time | acount” from a “a ieatte nf inputto | series | {9 | inputtorsy| “eount™ , “oP wezeoutput,| connection’) “SF | cutput,ns | inputto""y” ns 1 input toryn} connection output, ns output, ns | inputto”v . "PS | output, ns Cepun K155, KM155 : Families : K155, KM155

1 KISSES Aenutens uacror | 540,25 | 04 24 26 18 to 14 30 39

Hanpace- Buixoawoe Bpenn zanepickn Burxoguoli rox O6ormauenne ‘dynxynonansnoe wine nerou- | TOXMOTPEERC- | Hanpaméune, B pacnpocrpanenun, ne saxperrol puxpocxenst warmavenne wanna, nine | HMMA, Output voltage, V Propagation delay time,ns | cxenut, HA. Microcireuit Function tawnn, Bo | Current | np exno- | npw a Closedscireult : voltage, V log."0" | to."4" | turn-on | turn-off mA Cepun K155, : KM155 va Families K155, KM155

1 KISSNUS, Aba asyxexonoseix morn: | 50,25 65 0,4 - - - o,f

ueckux aneMenTa (np nor. | (cra «2M» ¢ TpaHancTopon «») TouHoOe C oTKpbiTbiM KONTeKTOp- (at log. “0") | Hanpa- . HbIM BbIXoqOH 4 >eHHe) : Dual 2-input AND gate (np nor. (residual . with open collector output «dy) voltage) a (at log. “1”)

2 KAssnn7 Asa aeyxexogoseix noru- | 540,25 41 0,4 24 - - of

Wecknx snementa «2U-HE» (np nor. OG LMM BXOAOM H AByHA «Qn) MOUIHBIMH TpaHaHcTOpaMH (at log. “0") Dual 2-input NAND gate 4 with common input and (np nor, . 2 power transistors «t») (at log. 4)

3 KISSAT1 Oanosn6patop c norn- 540,25 40 04 2,4 70 80 -

. Monostable flip-flop with a logic element input

4 KASSTM Asa tparrepa Waurra 540,25 32 0,4 24 2 a -

C NorHeckiN aneneHTon (npx nor. Ha Bxoae «0>) Dual Schmitt flip-flop (at log. “0") with a logic gate input 2B (npu nor. . (at log. “4"*)

V/0 ELECTRONORGTECHNICA 88) D MM 9388524 0000041 9 MMUSSR To6nuya 10 T-43-15 Table 10 Bpenn sanepx- Bpena sanepx- “| Hanpaxenne senee | Belxonvoe nae tinwanienos | nnn neem OBormavenne Tox norpe6ne- ‘ Boixognoi ToK pelos nt wat mumpocxenut — toni | aa nor «0», B noreinsmwa™ | Sonee au6op- tina muopa we Microcircuit 5 ‘Current con- 19” 0g. "4" output * . turn-off delay turn-off delay . time, ns. time, ns . CepunKt55, KM155 . : » Families . K155, KM155 .

1 KASSMIP6, Mpeo6pazosarens 5£ 0,25 104 04 100 40 35

KM155MP6 | qBon4no-aecaTHuHoro Koga 8 ABOHYHEIT Binary/decimal to binary code converter -2 KASSNP7, Fpeo6pasoarenb 5: 0,25 104 04 100 40 35 KMI55MP7 | qsonunoro kona B ABONYHO-MeCATHYHBI Binary to binary/decimat code converter 3. KISSPE21 NBY wa 1024 Gur cuenone-| 540,25 130 04 100 60 30 soBaneM B KauecTBe npeo6pazosarena asonu- Horo Koga B Koa a#akon . Pycckoro anasnra . 1024-bit read-only me- mory converting binary code to letter code of the Russian alphabet

4 KISSPE22 NBY wa 1024 6uTcHenonb- | 540,25 130 04 100 CS) 30

code to letter code of the - Latin alphabet

5 K1SSPE23 NBY Ha 1024 6urcHcnone- | 540,25 130 04 100 60 30

kona 8 Kon apnMern- : WeCKHX 3HaKOB H WME: 1024-bit read-only memory converting binary code tothe mathematical sym- bols and digital code 6 KASSPE24 MBY wa 1024 Gur c Menon} $:4.0,25 130 4 100 60 30 s0BaHHeM B KaecTae npe- o6pasonarena aBoH4Horo KoAa 8 KOA AORONHHTeN be Hix aHaKOB 1024-bit read-only memory converting binary code tothe complementary character code TaSnuya 11 Table 11 Beixognoe Hanpa- Bpeta cunroiaannn KH>opMauHK ene nor. «O» nO sapechiin witian, He Hanpaae YeunnTenn cunrbte Read time at Xj and Yq buses, ns O6ormavenne ‘Synxunonansnoe nue nerou- | Toxnorped-| Sanna «Ox, B Bpenn soc tamepoexeret wannaenne hika nn | meHun, HA | Log."0" output level'for | ctaosnenina ™ ee rons | oe read amplifier moene anieH, We ierocircult Funct , designation Supply fansme | wpenune | acne per | Resettine | | npwnor: «Ox | mpw nor. ety voltage, V D aviGopen | Migapen " " at fog. "4" at log. 4" read mode} noitread Vv mode, V Cepua K155 Family K155

1 KASSPY3 Onepatnenoe aanomnna- | 540,25 60 45 25

. foujee ycrpolicrso Ha 16 (Cu=15n) | (Cu=15n@) | (CH=15n%) GUT ¢ BEHTHNEHEIN BXOON (Cu=15 pF) | (CL=15 et (CL=15pF) yeunureneit sanien 55 35 . 16-bit read/write memory men (Cu=200nd) with gating write amplifier . (CL=200pF) | (CL=200pF)

V/0 ELECTRONORGTECHNICA 68D D BM 9388524 O000042 O MMBUSSR TaGnuya 12 1-43-15 Table 12 OGormavenne une werow | MA Hanpawenne, B x 4 . ‘ynKunonanvHos nor, «1», Propagation delay uMeHT par mMnPocxenet MapHauenHe iid e current consump- Output voltage, V nA time, as ReTeneHin Microcireuit function “mm Hom Lop. 4" no BEIxoa, i ion 2 suppl " m wo | ny = evianan ‘ Nattore,y | m0r-402 | norets |e nor.ed» | nor.eto| ovlout | SBum™™" | Rete | ranout fog.*'0" | tog.4" | tog.0" | fog.t4 | current, mA| turn-on turn-off Copa K1S5 Family K155

1 K15SMH2 Wecrs nnsepropos 540,25 33 2 04 - 15 35 10

€ OTKpBITBIM KONINeK- TOpHBIM BBIXOROH Six inverters with open collector output

2 Kissa Uerwipe 2-exogoseix | 520,25 33 2 04 24 2 15 -

3 KISSAI Uerbipe 2-oxonoabix | 5::0,25 2 8 04 - 17 24 -

«V-HE» ¢ oTkpbiTeitt konnektopom Quad 2-input high-volt- age NAND gate with open collector

4 KASSNAIZ Uersipe 2-sxonosnix | 520,25 54 | 155 04 24 15 2 -

«U-HED ¢ BbIcoKol Harpysouncii cno- coBHocrBto Quad 2-input NAND gate with high load capacity

5 KISSMEt Uerbipe 2-exonoswix | 520,25 a 16 04 24 15 2 -

«TM-HE» Quad 2-input NOR gate

6 KISSME2 Asa 4-exononeix norn- | 50,25 19 16 o4 24 15° 2 -

«HE-ASIM» co erpo- Gupyrowun HMnynbCOn # pacumparowmen yanann Dual 4-Input OR-invert gate with strobing pulse and expanding units Ta6nuya 13 . Table 13 O6ormavenne Hanpaxenne Tox norpe6ne- Gemromnoe ManpAoKenne, Bpena sageponn pacnpeaenenin, HC rnapoexanst Synnsonanenoe meron mt |g, WA ‘Output voltage, V Propagation delay time, nt Microcireuit Power con- ri Function Supply nor, «0» nor. «1» TIpK BKnIOYeHHH PH BbIKMOUeHHK Cepua K155 Family K155

1 KISSMa3 Aundparop aenyne- 540,25 56 24 33 36

Tannekcop 4 nMRMH (ann exogos =| (ana Bxogoa Ha 16 (npeo6pazosanne 20—23) 20-23) ABoHUnORECATHYHOFO (for inputs (for inputs Kona B AeCATHYHBI) 20—23) 20-23) Decoder-demultiplexor a7 30 16 lines from 4 (binary- (ana exonoe (are BXOROB decimal to decimal code | 18, 19) 8, 19) conversion) (for inputs (for inputs i 18, 19) 48, 19)

V/0 ELECTRONORGTECHNICA 68) D M™@ 9388524 0000043 2 MMUSSR , To6nuya 14 T-43-15 Table 14 Bi ye HaNpa a Ofoanavenne Hanpawenne | Tox norpe6ne- | SUMOANOEMANPAMeHe, | cea pacnpocrpanenia, He nxpocxenst @ynxunonanthoe MCTOMHMKA TH wan, HA Pr tion delay ti ‘pocKer wanawenne rana, B Output voltage, V "ropagation delay time, ns. ‘erocieevit Corrent Microciecuit Function Suppl consumption, designation voltage, V SA menom | nor.» | nor.et» | npwaxniovennn | npy sxixmovennn ae Jog. 0" | fog."4"~ | turn-on turn-off Cepna K155 . Family K155 |

1 KISSMN3 Apndernko-noraueckoe 540,25 150 0,4 24 25 25

yerpoiicrso (ana sxopon (ana pxonos Arithmetic-logic unit 1, 2, 18—23 4, 2,18—23 No BbIxXoAaM nO BbIXOAaM 15, 17) 15,17) (for inputs (for inputs to outputs to outputs 15,17) 15,17) 48 4 (ana sxogon (ann pxopos No BbIxonaH No Bbixogan (for inputs (for inputs to outputs to outputs Ta6nuya 15 Table 15 Bpetin aaqepmn pace Burxognoe Bs if O6osnauenne Hanpawenne | TTT | wanpaxe- | Bexoanoi rox | tpaipcuenmn'anisop. ” | Bxoavol rox @yuxynonansnoe nerounnna PeGneHMM | wnenor. | nor.«ta, nA | KWD, He nor. «0s, HA mukpocxener wartavenne navannn, B nA 00,8 Chip enable input pro- " ; a Current ” Log.'t" Pagation delay'time,ns | Log. “0” Microcireuit Fonction Supply ccrcemp. | b20:"0” | output current input current, designation voltage, V fiom ma. | cUtBut mA mpm axnior | mpm abi | mA " voltage, V turn-on turn-off Cepun K155 : Family K155 1

1 K155PE3 Mporpannupyemoe nocro- 540,25 110 16

kocTbto 256 Gur (32 cnosa x8 paspaaos) 256-bit PROM. (32.x8 organization) : Ta6nuya 16 Table 16 Tox norpe6nenna, HA Beixoanoe Kanpawenne, B | BPeHA 1anepmxH pacnpocrpa- OGoravenne Current consumption, mA | Output voltage, V wenn, we ventrocsenes Syrmunonansnoe Hanpaene “Propagation delay time, ns wasnanenne vanua, B BS cOCTOR- BCOCTOR- Microcieuit Function supply wawner. | wunner. | nor, «On nor.«ia | npwaxnioves | npn auinnio- designation ree v Terege | toa fog.""0" fog." | mn wenn state state turn-on turn-off f Pos ee 9 Cepun K155 Family K155

1 KISSMH3 Weer» 6ybepHeix mH 540,25 15

BepTopos ¢ nosbiweH- A

V/0 ELECTRONORGTECHNICA 68D) D Mm@ 9388524 OoO0044 4 OMBUSSR ‘s : Ipodon>icenue rha6n. T-43-15 Table 16 (cont.)

1 Pa ae Te ry

4 KISSNH3 HbIM KonnekTOpHBIM MPH lpeix =

Six buffer inverters PH lanix = with increased collector 40 HA voltage at lout = 16 mA . otlout = , 40.mA :

2 KISSNHS Wecrb 6yhepueix 540,25 38 0,4 - 23 15

mBepTopos: Six buffer inverters

3 KISSNE3 Alea nornuecknx ane- 50,25 19 04 24 15 2

nenra «4MIIU-HE» co cTpo6uposannen Dual 4NOR strobed gate

4 KISSMES Byeproe ycrpoiictso 540,25 57 0,4 24 12 9

Yerbipe 2-BxoRoBbIx . mornuecknx aneMeHTa «ADI-HE» Quad two-input NOR gate-buffer

5 KISSNES Marnerpantubiit yen- 5:£0,25 57 04 24 2 9

nuttenb — Yerbipe 2-pxogonbix nori- Meckwx anenenta «MSIV-HE» Bus amplifier-quad two-Input NOR gate

6 KISSED Cinxponntiit aeca- 50,25 101 04 24 16-39 16—35

Tox Bpenn «|B . now Brena macpwen | paenpocrpavanna | pacnpoctpanentn peGne- | Boixoatice nae Patnpocrpanenna, | curvama paapeue- | curnana tanpeules Hanpexe- npameune, B ne tine kn, He (OGoravenne @yneunonanvnce me nerows | UN “Enable” signal “Disable” signal suuxpoexenst en waxanuvae | Ovtput voltage, V_ | Propagation Brepagation delay, | propagation delay, M wan, B Cure delay time, ns. ierocirevit rent Funetion designation me Supply cone npn | npn | ronman | roman | Soman | sommnn voltage, V sump- nor. «0» | nor, «tn | sknic- BeiKnio- | nor. «0» | nor.«t» | nor, «Os | nor. at» tion, 19" age | WeHHE women tog. “O" | log. 1°" "0" | log. 1" mk | 128°" | Feat Trercom | turnott [arte | iedie *” | log."" | toa” Cepnn K155, KM155 Families K155, . KM155

4 Kissing Uernipe 6yeperx 50,25 54 | 04 24 | 18 13 25 7 13 9

KM155FIN8 | anementa c tpena cocToaHnani c o6 welt WHHo . Quad buffer element . with three-state output and common bus

V/0 ELECTRONORGTECHNICA 68) D MM 9388524 ooo004s & MEUSSR Ta6nuyo 18 T-43-15 Table 18 Tox Bpena sanepaKn nor. Burxoanoe Bpevin sanepmin | pzenpoctpanenin ‘Hanpaxe- ‘— Maker tuKpocxenst nasnavenne na nie nA Oviput voltage, V Fropagation Turn-off propaga. rota, Mru . ramun8 | cor 2 Hondelartimesns | ierocircvit Function Suppl con- - . a rath ma’ | 1900" | too." | synch, | reseto”| synch. | reset "0" Cepau K155, | - . KM155 Families K155, KM155 1 KISSMP13 8-paspagubiii pesep- 50,25 116 0.4 2.4 30 30 26 26 30 cBHBI CaBHroBEIi perucrp Eight-digit bidirectional shift register

2 KISSMPI5, | Perncrp 4-paspaguid | 540,25 nR 04 24 ET a 4a - - :

KMISSUP1S | c tpena cocron- HMAMH BbIXxoAa Four-bit register with three-state output

3 KISSTM8 Cuersepenneiit 50,25 45 0,4 24 35 35 30 25 -

Synxunonaneioe MCTOWHHKA nocroro» wa Bbixoge, x venmn, BbIXOAe, CTeIKyIO- Wuenen ¢ meyin numpoexent opeauenvn uvannn,8 | xona,4A | uA Phaser Becerra Mieroctecuit i Turn-on 7 eseroanonann, B Function Supply Quiescent | Output propagation Single LEDload =| Two series designation voltage, V current, mA | leakage delay, os “Log. 0” output | gonnected LED load current,mA . voltage, V vonage et Cepun KM155 Family KM155

1 KM155UQ8A, | Aewndparop ana ynpa- 5£0,5 65 0,2 100 4 2,3

KM155U085 brewwn wenontol maTpH- (np ly == 10 MA) | (npit hy = 10 4A) uel 7x5 Ha ancKpeTHEIx a a cBeTOHanyYaloUHx AHoAaX (atl =10mA) | (atl, = 10 mA) Incomplete 7 x5 discrete LED array controlling decoder

2 KM15SQ9 | Aewndpatop ana ynpa- 5+0,5 65 02 100 4 23

ueli (7x4) ToueK Ha ANCKpeTHEIX cBeTOAHOnaX Incomplete 7x4 discrete LED dot array controlling decoder Ta6nuya 20 Table 20 Hanprxe- | Toxnor | Buixonnck | — Beixoanoe Bpona sae | Bpenn sa OBornarenne © yurunonansnoe une ncrou- | peSnennn, | rox nor. vanpaxenne, B Senrowenun | Srtumoye. | BPEHA BbIGopKH umpocxent nayrauenne wn ae ta, HA, Ouiput votage, v_ | cunruima | wincwn” | anpecs, ne Microcircuit . un Current hog. "4" Read Read ff Address access designation Fonetion Supply coniump- | output nor.» | norvete | furmon | turno time, ne ‘estonal voltage, V | tion,mA | current,xA | tog."0" | Jo."4" | fime! ns | finte’ns . Cepun K155 Family K155

1 KISSPM4 16-paspaqnoe pern- 540,25 150 30 15 -

2 KISSPYS O3Y wa 256 Gur 540,25 | 140 50 - 70

(256 cnos x1 paspra) co cxeManH ynpapneHna 256-bit RWM (256 bytes 1 bit) with control circuits : B

V/0 ELECTRONORGTECHNICA 68) D MM 9388524 OOOOONL & MBUSSR ®YHKLINOHASIbHbIE CXEMbI T-43-15 FUNCTIONAL DIAGRAMS o fy . ut J EE" fan, sp. 3) 2 . 1 i t gay oy | ut or a Ce

22 HHL S 08 no nt Xa 2

53 YH ira 4 n— 9

1o— . ts-4 uy By, iso] hy ix tl > u rH 0 Xs Xe y 3 {to < rt) fey | to x, FT y ted LA Ahhh x, : nae) poy oeenew o7 6 Xe 6 Bazoobiii anenenr cepnn KISS KISSMAI, kissria2, KISSMIA3, Basic element of K155 family KMI5SNA1 KMI1551A2 KMI55NA3 xy 1 1 n f n— i a i i iy uM us 5 z t% x2 5 Mt 6 x. Xs x34 gH r3—t $— Yt x 6 44 Yo Xy xy uu X5 4 45 _ up x, —% 10 X5 ks ys—2 X65 g y 4s nt], Gt dey, ts tH by, 1" 0 4 1 z 7 | Ys a 1S te af z a By, KISSNIAG, KISsMIAs, KISsNAT, KISsrAS, KMISSIA4 KMI5SSIIAG KMI55SA7 KMISSNAS g Aye] xy ral) ne 5 X> xt 4 poy, x, Y= F g a xy % z Fy ty 22 iy 2 FI ¢ Xs Xs ai] le 0 % 2 % 6: 4 i 18 44 % 15 Yp 3 8 OF an 4 % 7 "| p— xe | % ‘a 5 id 4s tt 5 b g Xt x XA) uF KISSNIP1, KISSFIP3, KI55s1P4, Kissnzt, KMISSrIP KMA55N1P3 KMIssriP4 KMS 1 x ra fey, Lom 5 ete q no Ley, ‘ / PRC] ne K155103, KISSMEt : kMissnia3

V/0 ELECTRONORGTECHNICA 86D D MM 9388524 COOOO4? T MMUSSR , T-43-15 i ——— ny ye pe) pe a XK Pm HY. | a a : Xe Lo ‘ n—t}— % K1SSME2, KISSME4, KMI15SHE2 KMISSME4 sy 5—pr sg—6 o—iTs 4 0 sles t sig % 1 5 Fy SH |s1}-—1 nS 4k : $e] |se|-s " m—, | 5 a 5 X 2 iB) |ss|-2 Xx 4 se—2 Py tal sates x 5 A p29—10 16 Pi t—14 KISSES, KiSSUM1, Ki5s4M2, KI55M3, KMISSMES KM1SSUM1 KM155UM2 KM155MM3 x,—2)eT 7

1 Baison Haavenne Lead Identification

Xa 4 & 2 Bxog ycranoski «On-X1 2 0" setting input X: Xy a7 6 3 Bxo Xz (11) 3 Input Xe (11) Xy oT 4 Bxog Xs (12) 4 Input X: (12) 2 5 Bxon X« (13) 5 Input X« (13) Xs. Cc 6 Beixog Y2 6 Output Ya 9 8 7 O6unis 7 Common Xs & o——Yp 8 Burxon + ; 8 Output Yt % £ 9 Bxon Xs (K1) 9 Input Xe (K1) Xs K 10 Bxon X: (K2) 10 Input Xr (K2) 8 " Bxog Xe (K3) Fn Input Xe (K3) Xx 12 Bxog cHHxpoHHsaunH 12 Synchronization Input 9 x x s KISSTBI, 13 Bxoa yeranonKn «in-Xe . 13 “4” setting input Xs KMI1SSTB1 — x4 $5] TT) el 4 Beisog, Hasmayenne Lead Identification % al 6 1 Bxoa ycraHoBKn «On-Xa 1 “0” setting input Xs xy Agr] 89a 2 Bxon D-X2 2 Input D-X2 0 9 3 Bxon cnixponnsaunn —Xa 3 Synchronization Input Xs as rr P5] 179 Hy 4 Bxoa ycraHoskn «1» — X1 4 “4” setting Input X+ . rm 5 Burxon Q-¥1 5 Output @-Yi era gle 6 Boixoa G-Y2 6 Output @-Y2 Xe FR] 9 ty 8 Buixon GY 8 Output Ys 9 B bixon Q-Ya 9 Output Q-Ys pean 10 Bxon ycranosxn «(1 — Xs 10 “4” setting input Xs "1 Bxon cnuxponnsaunn—Xe if Synchronization input Xs

12 Bxog D - Xr 12 Input D-X7

13 Bxog ycranopkn «0» ~ Xe 13 “0” setting Input Xs

P ne

V/0 ELECTRONORGTECHNICA 88D DMM 9388524 OOOOO4S 1 MMUSSR T~43-15 gsr x! i id 1-2 1 TT 4 oi , ct ifs few ut [| * ; zn] |? - FB § Po ‘ ; 5—tye 4 2 5 tliog ; “ if fe if! fu 4—W| Ig 8 fam 2 . s5—ly pA aH 2 14 xy ye 7 KISSMPI, KiSSTMS, xf 4% r—% KMISSMMPI KMISSTM5 xt : KIssnM1 ao 4 7 7 3 0 16 y, iz Tes | colt EE % "} % 3 He {5 Xoh2 aHE paB) [et 4 Xyy eat KtssnHt = | (en 4 gee ty g X78 ee 4. wm Fe @ 8 K155TM7, KissuAI, KMI55TM7 KMI5SsSUa1 ys a % = rt] x (= te =| 5 a to [| — 7 il ligz=l re t—9 % Hs lititem % Ht 4, lini lis % cil % reese Lr Et = Whites P liir=! Xe rortt— fr Pte i — iS Z 7} ‘ arene ke * ek ee i=l wt SS TALL | Th if] in My i | Ye } Y KISSKNS, Ki55KN7, KM155KNS5 KM155KN7

V/0 ELECTRONORGTECHNICA 66D D M™ 938aSay 0000049 3 mmUSSR T-43-15

1 Beisog, Harwavenne Lead Identification

400 11H Ra Min) 1 | Aapec . 1 | Write (Uk Wy if wu zane Asan. 2 address Awrite 2 Agan2tt) tt a ? cre 2 Aapec. 2 Write uh a HT aanncn Azan, 3 address Awrite3 Agon.32) cH i rT of | PO) 3 | Aapec 3 | Weite ACY. 1(8) 4 LY ganicn Azan, 1 address Awrite 1 et ns | 4 | Marucrpans M11 4 Main line M11 ACY SUD) [| ta z 5 | Marnerpane M12 5 | Main line M12 ‘ | o- ine M2100) 6 | Marnerpans M13 6 | Main line M13 Uk HE M2112) 8 | Aapec 8 Read L} ¢ Lt Ri cunTbiBanita Acu, | address Aread 1 LH il Hey rr) 9 | Aapec 9 | Read cuwrstwannn Ac, 2 address Aread 2 10 | Aapec 10 | Read cunteieannn Acu, 3 address Areag 3 11 | Marnerpans M21 11 | Main line M24 12 | Maruerpans M22 12 | Main tine M22 K1s5xI11, Missi 13 | Marucrpans M23 13 | Main line M23 xX Ta6nunya cocronnnit 4 4h | 029 loud Table of States Ff A 4, a Yopasnsiowue carnansi Busnon yeunurann 4g Control signa aaa yon . y BY 6 address weite amplifier output Operation mode Xs f -—— % o al 3an.ado | Cu.at» | Cu. ado KISSPY1, KMISSPY1 o | 0 0 t) 1 1 Pexnn noKon Quiescent state oO 1 0 tC) 1 1 Pexum nonysbi6opKH 1 0 0 °O 1 1 Half-sample state 0 0 1 0 ) 1 Sannee nor, «1» 8 pexune He- BEIGpaHHoll nuetiKn Write log. 1” in unaccessed location state o 0 tC) 4 1 () Sannce nor, «O» B pexune He- BuiSpanHoll nyelixi Write log. “0” in unaccessed location state 0 1 1 0 0 4 Banuce nor, «1» B pexume no-

1 Jo 1 ° 0 1 nysbiGopxu

Write log. 1” in the half-sample state 1 0 0 1 1 0 Sanuce nor. «0» 8 pexnne no= o}4 0 1 1 0 nyBeiopKu Write log. “0” in half-sample state 1 | 4 1 ° 0 1 Sanuce nor. «t» B pexune Bb- Gpantolt aueiixn Write log. "1" in accessed location state 1] 4 0 0 t) 1 Cunretsanne nor. «1» 8 pexune BbIGpaHHoli nueliKn Read log. “1” in accessed location state 1] 4 0 1 1 0 Sanuce nor, «On e pexune BEIGpanHoli AYeliKn Write log. “0” in accessed | location state 1 ]4 0 0 1 0 Cunretsanne nor, «On 8 pexnne BeIGpanHoll aueliKn Read log. “0"' in accessed location state

V/0 ELECTRONORGTECHNICA 68D) D MM™ 9388524 OOOOOSO T MBUSSR : §—{T are EG 7 2 4a 3 n—\\04 6-5 1o—|p4 6 2 08 8 7 PO (E}Wr]000 9 —{n8} H ne At mee 1 ie | 4p Az 166 Soe het fre) py 2 AS Ld : 4 eel 7— i r—" Ab * KISSES, KISSIE7, (T_14 ? | 02 KMI55N1E6 KM155(1E7 7] 1 . T-43-15 . ET] >|, . : m—r el le a 03 Zz 3 | | Ul 13 q D4 2 4 > | C4 Ct} 1 1s m3 7 | X—s5 4 | é KISSPY2, 12 KM155PY2 a X—10 i KassnMs KAssnini7 Beinog Hasnavenne Lead Hdeniification N— V0) 1 Bxoa ymHoeHna Xe 1 “Multiply”’ input Xe

131 R 2 | Bxog ynnoxenna Xe 2 | “Multiply” input Xs

9—b7} bass 7 3 | Bxon yunoxenna Xto 3 | “Multiply” input Xte 4 | Bxoa ynnoxennn Xs 4 | “Multiply” input Xs 0—\\¢ ply” inp 5 | Berxoa «Z» Ya 5 | “Z" output Ye 4—i 5 6 | Beixog «Y» Ya 6 “Y” output Ys 1 v2 7 Buixog «paspewenne cueTan 7 “Enable count" output 4%—V4 | 5d es 9 | Bxog cuerHeiii Xs 9 | “Count” input Xs 58 10 | Bxoa crpoSuposannn Xe 10 | Strobe input X« 2—\\v6 11 | Bxom «paapewienne cueran X1 11 | “Enable count" input Xt 5 ler] 2 12 | Bxog nocnegosarenbuoro 12 | “Series connection” akniouenia Xtx input Xiv KISSES 13 | Bxog yeranosKn «On Xe 13. | “0” setting input X2 14 | Bxoa ynnoxenun Xr 14 | “Multiply” input Xz 15 | Bxog ynnoxenun Xe 15 | “Multiply” input Xe Ta6nuua cocronHnii 5 —978 |S Table of states 4-4 7 Pens ua axonax Penenn wa aeixone Input stole Oulput state 5 6 goumenenin | nocne waneniennn ‘Ao nimaviena eocrannns (tq) hoene minenens cocronoen Cocronunaa. | cocronaua tia ‘a1 ‘exonax . | Bxoaax: KISSATI before state change (tp) alier sate change (p44) before input ater Input mt ‘state change state change a 1 1 0 1 1 1 t) 0 0 H 1 0 H r) o. 0 . H 0 1 H 0 0 0 0 0 H 0 0. H 1 0 H 0 0 H 0 1 0 1 1 1 H 0 1 0 1 1 1 0 H 1 0 c H t) 0 H 1 0 0 0 t) H 0 4 H 0 0 0 H 0 1 1 1 1 0 0

0 H 1 1 1 1 0 0

1 1 ° 0 H ° 0 0 H - Gespasnuynoe cocronnne (0 um 1), H = “don't care” state (0 or 1) FL -cannounsii unnynec, FT ~aingle pulse 48 ‘

V/0 ELECTRONORGTECHNICA 68) D MM 9388524 on00051 1 WAUSSR T-43-15 0 pe a Mampuya| ia ' 1 [7] ay [P}— 9 H b—5 wt 2 | | 52%8 5 tt [5] |_| Memory [>} 3 — array my 4 a a i—fe — 12 28| 15 29 = [>}-— 6 m = RassTnt 50 [b}— 7 5 | 37 Pr 9 KIS5P6, KM155T1P6 TaGnuya nerninoctH . Validity Table Crore Bxoaok Koa aapeca cnona wa Burxonwiow Kon cnota wa obisonax ssnonax Word Input word address code at leads Input word code at leads PeTatepa pops ts T7 Te Ts TeTsyets 1 ofo}ofo}1]oj}4}]ofo}oj}o0lo}o0]14 4 ofo}4}o}]ofofoft}1fot}ot}1tolo 5 o}o}a fo}t1fo}lo}lt}otlata tata da 6 o}o}1] 4 }of]ofo}ot}atla ta tata da 7 of} o}a ft} a1 fo }o}ofotratsa fata da 8 0} 4 }o fo }0}fo0)]o0}o0;4 }o}o}1 fof. 9 o}1]o}fojyt}o}fofofojofjo}s1]1]o 10 of} 1 fo tlt }ot}ojy1 fafa fotots1 tata

1 Oo; 1 }ort] 4 fost fat 1 [ofa jot}o lo

12 of; 4} 1 foto}foft}41)4 fot4}otlo}l4 B o}t }t }ota tot ata tata tata da da % of} a yt fa foto fata fata tata da da 15 of; a fa ya ta to fafa fala da ta dada 7 1] 0} o0]o}4 }o}4}]o0}f,o0}o0}%41 fo fata 19 1) o} 0} 4] 4 }o}ota}] 4 fo tals foda a 1} oo}; 4 }o} 4 }of}o fa fo ft ta tata fa 2 1] oo} 1 fa }o}o}ot}1]ot1satata da 2B 1 )o a] ata }ototofatata tata da 26 1] 4 fo} 4 fo}o}r}a]a1tafotlolo |. Pu 1} 4 fo} a tapos a fata ta fo lols fo 28 1} 4-4 }ofo}ot1tat1 fat fo loft da 29 1] t fa }ota}ota ta fata da dada da 30 1} a fafa fo }o} ata fata da la dada 31 1] a fafa fa fo} ata fata dada dada 3anpet | H | H | H | H H} 14 t}a fata fa dada fa Inhibit H~Gespasnnnoe cocronnne H~"don't care” state

V/0 ELECTRONORGTECHNICA 88D D MM 9388524 COODDS2 3 MMUSSR "] TaGnuya ucrnHHocTH '~43-15 10 «| Goi b}—! Validity table t

8 Ch 2

a—| LE} —Jornors by con momctwatapa Gosamoh onan —fe) Pep etrey —_ Shovs na soweonan penne — as Word Input word address Output word code at — = B} 4 code at leads - the leads o—fa| [e}—] ‘ Vata [az tat[oslels ]4)31]214 n—e] [| — P}— 5 0 ofojolojojojojojolojolo Py Oo; 0 0 1 0 § | [31] 3 H ofo};i}a}o;olojo}o}1]4 ktssnip7, 5 O}ol;i}ol;s}ololoj;rz}ofojo KMI5SMP7 6 0 oOo} 1 4 0 0 0 0 1 0 0 1 7 0 o;}1 1 1 0 0 0 1 0 1 0 8 oj}1 o;0o ojo o;o 1 0 1 1 10 o]t}oltiololo}+}ololojo 11 olt}olala+{olol+}ololol4 12 o}1 1 0 0 0 oO 1 ) 0 1 0 13 o}4 1 o|1 0 o}1 cy) '} 1 4 1% oftfa}afofolojafo}1jo}o 15 oO 1 1 1 1 ° 0 1 1 0/0 0 16 1 o/o]o 0 0 o|1 41 Oo; 0 1 7 1 o/o;o 41 0 0 1 1 0 1 0 18 1 o}o 1 0 i) ) 1 1 c) 1 1 19 1 o;}o 1 1 0 0 1 1 1 0 0 20 1 o;}1 0 o|}o 1 oj}o Oo; 0 0 2 afolit}ol+a}ola}ololojo]4 22 1 oOo; 1 1 0 0 1 o;o 0 1 0 23 1 oj;1 1 1 0 1 oj|}o 0 1 1 2 1 1 Oo; 0 0 0 4 o|o 1 0 iy 25 1 1; 0)]0 1 oO 1 ty) 1 o/o 0 26 1 1 0 1 0 i) 1 oO 1 0 ° 1 7 a/tfolr}afola}ola}oljr]o 28 tlatt]olojolrfolrjolala 29 1 1 1 ° 1 Oo 1 iy 1 1 ° 0 30 1 1 1 1 0 oO 41 1 oO o|o 0 ET 1 1 1 1 4 o|1 1 Oo; o;o 1 Sanper H/}H}|H|]H|]HI] 4 1 1 1 1 1 1 H- Gexpaanwanoe cocronine H="don't care” state Fant —— a , | sine Fi 12 q array is: j Ie 1 | ame : 1| tite co mL etl 2—14) Hy = AL =e meee] Glin: 4 = 3 1 HEH | C7 }-0 ae a Hit 4 me PH BL re] mH A 5 5 1% a KISSPE2t, : KI55PE22, KISSPE23

V/0 ELECTRONORGTECHNICA 88) D MM 9388524 0000053 5 MMUSSR TaGnnya netunnocrn 43. Validity table 1-43-15 BxogHoi Koa 13 | 0 | 0} 0] 0] 0 Oo; o}a} tf atatadta 1 cnosa-aapeca 1/o!1o]o]o0)] 4 1] 4} 0]o0]/o0]o0/]4)4 1 Input werd. 2}/0/]/o0)]4 1 0 1 1 o;}o;} +t] 4]ojo 1 address code 3/o;74]o]14] 0 ofa ]olt}o};4fola 1 atthe pins : s [ejy7]4 ‘Cumson u nopaakonsili HoMep cnosa Word symbol and number o |o |o Oo; T} TI] TT] try ty ty ty ty) ty ty} ty ty ty ty tye 1 | 17 | 33 | 49 | 65 | 81 | 97 | 413 | 129 | 445 | 461 | 177 | 193 | 209 | 225 | 241 1 0 0 0 B Ali Tc 5 c H/| WY c|/A!A!]AIM c 5 Alc 2 | 18 | 34 | 50 | 66 | 82 | 98 | 114 | 130 | 146 | 162 | 178 | 194 | 210 | 226 | 242 oj}1 }o | o}M}c}eE;TMic}] mi mM] c]cle}]u}]m]cleltie 3 | 19 | 35 | 51 | 67 | 83 | 99.] 445 | 131 | 447 | 163 | 479 | 196 | 244 | 227 | 243 1 |1 | 0 o;M/c}E;MITE}P}]c}]c}c|Mi mj] cle] r}]tle 4 | 20 | 36 | 52 | 68 | 84 | 100 | 116 | 132 | 148 | 164 | 180 | 196 | 242 | 228 | 244 o fo }4 Oo}; K/A;E;M] HI] XK) PY] Alc} AH] B] Al rl ela 5 | 21 | 37 | 53 | 69 | 85 | 401 | 147 | 133 | 149 | 465 | 181 | 197 | 2143 | 229 | 245 1 |o ]4 o;}mM{c}]e}]s5B}]e;|M]rp]c}]c}]ec]ui}|mM] cl] rt] rir 6 | 22 | 38 | 54 | 70 | 88 | 102 | 118 | 134 | 150 | 166 | 182 | 198 | 214 | 230 | 246 o {14 ]4 ojm] cla; ule} nm} ep}e}ec}c}]H}{m}]elelrir 7 | 23} 39 | 55 | 74 | 87 | 403 | 119 | 135 | 151 | 167 | 183 | 199 | o45 | 231 | 247 1 [1444 Oo; BL ALC] Hi c}]c}]c}c}]c}]ec]u{[mMi]alsplale 8 | 24 | 40 | 56] 72 | 88 | 104 | 120 | 136 | 152 | 168 | 18% | 200 | 246 | 232 | 248 o fo fo sn 9 | 25 | 41 | 57 | 73 | 89 | 105 | 124 | 137 | 153 | 169 | 185 | 201 | 217 | 233 | 249

1 C) 0 1 Bi) RK] A] AJC cjc 5 5 BJ c A Cc} Mj] HIT

10 | 26 | 42 | 58 | 74 | 90 | 106 | 122 | 138 | 154 | 170 | 186 | 202 | 218 | 234 | 250 oo} +1 fo 1] coc] *e} cl] ele} *x] alecle}elctc leo|mui|m{r 41 | 27 | 43 | 59 | 75 | 94 | 407 | 423 | 139 | 455 | 474 | 187 | 203 | 219 | 235 | 254 12 | 28 | 44 | 60 | 76 | 92 | 108 | 124 | 440 | 156 | 172 | 188 | 204 | 220 | 236 | 252 ojo |4 1] Al RK} Al Ci] we} nm] mi} c}] sp] cl 6] A} Kim [Md 13,| 29 | 45 | 61 | 77 | 93 | 409 | 425 | 441 | 157 | 173 | 189 | 205 | 224 | 237 | 253 1 0 1 1 Cc} «K!/] c c|mMiIM cl} ic H|] Cc] T Cc|}MimM | MIT 14 | 30 | 46 | 62 | 78 | 94 | 110 | 126 | 142 | 158 | 174 | 190 | 206 | 222 | 238 | 254 15 | 31 | 47 | 63 | 79 | 95 | 111 | 427 | 443 | 159 | 175 | 191 | 207 | 293 | 239 | 255 1 ]4 [4 1] cl tT] alec} ec} ec] ec} se} c}] 6} alal xl] alrir 16 | 32 | 48 | 64 | 80 | 96 | 112} 128 | 144 | 160 | 176 | 192 | 208 | 224 | 240 | 256 OO ee Ganson Bunconnoi non exons wa Word Output word code at the pins symbol 12 10 9 A 0 ° 0 0 5 1 ° 0 0 B 0 1 0 C) r 1 1 ° ° a ° 0 1 0 E 1 C) 1 0 * 0 1 1 0 n 1 1 1 0 K 0 C) 0 1 Qn 1 0 [) 1 M 0 1 0 1 H 1 1 C) 1 n C) 0 1 1 Pp 1 ° 1 1 c 0 1 1 1 T 1 1 1 1

V/0 ELECTRONORGTECHNICA 88D D WM 9388524 OOOO054 7 MMUSSR T-43-15 Faapa 1 F 4 Ne Ys % ua -—| : 15: wy lg = ail Rid LHP Hy seed? Fi Li Fae | ERT PE | | pA | eer) PES YL tee |THE LH) | | [ce . .% ey Ty a ! Co q | H 7 | 7 | t+ EERE PT] Ls] es | mH Lee | LEERY LUPE | THe mn liz: te Cl i] TD Ry | Hy | H r ad — ny rH rH rH Ie] LH EH Lt [tee HE fal lal LJ He rH Hr | rr

3 HLT 1 fare or

PH | 4 7 | H 7 | i 71) Har 30 rH rH rH rH rH 4 Pe x — re en 7) : re 15 7 i | of Ewe K155PE24 KissPY3 ny EO] 71S 2. t "] 4 6 3 ! : : io oo KI55111 KISSIIAN KISSIE1

5 Zz 6 KISSnAI2

n_fi 0 Be |G Hf ? Ze ST7 A023. herds) 12. B i$ 7 Al a 150-5 FE y Gx Al art yaar Fe 43 <1 3 79% KISSMH2 a eH i} i317 Gon Eh, ie peaaaya Es 2 Bos AH Ali 8 gll Fig o | vo 185 ; wie | [| KISSIE2 Kissug3

V/0 ELECTRONORGTECHNICA 88D D MM 9348524 OOOO0SS 4 MMUSSR PI 7 6 C7 T-43-15 9D la | cule 2 AY 1B) [op ay 0 val : wt . rig] [ett eta | . . 5] 50 P51 r1 ] S| iy KtssMm3 TaGnuua seinoniaenix byHkunit Flonoxntenbias nornka Orphuarensnan nornKa: Bei6op M=0 Apncmernueckwe onepaunn M=O0 Apndnernueckne onepaunn Dlornweckne ~ Tlormueckne TTT Tae] Grn T=1 Toxo rice como comt o}fofoflojlKx A Annioct rs Anmayct A oo} o ) 1 AyB A+B (A+B) antoc 1 AB AB mutnyc 1 AB o}|o 1 0 AB A+B (A+B) nnioc 1 A+B AB munyc 1 AB o/of]14i]4ifo munye 1 0 1 munye 1 0 (aonontenne (gononkenne a02) _ 0 2) _ _ o} 41 ]o | o | AB Annwoc AB Annioc AB AYE Annioc (A+B) | Annioc (A+B) _ nintoc 4 _| nnioct o}1 fo f4]s (AtB)nnicc | (A+B) nntoc AB | B AB nnioc (A-+B)| AB nntoc (A+B) . AB nnioc 1 nniec 1 o;1 14 | o | ao A muuye B Ammnyc B ROB Arimuyc B Avmuye B _ mannyc 1 _ _ ranged _ of} 1 ]41]4 | aa AB Hanyc4 AB A+B At (A+6) nnioc 1 1} 0 | 0 | 0 | Ate Anntoc AB Anmoc AB AB Annioc(A+B) | Annioc (A+B) nnioc 1 nintoc 1 : 1 0 oO 1 AGB Anntoc B Annioc B A@B AnntocB Annioc B nntoc 1 nnioc 1 +]/o]4 ]o].8 (A+B) (A+B) nntoc AB} B AB nntoc (A+B) | AB nintoc (A+B) Minioc AB finioc 1 nntoc 1 1}o {4 1 | AB AB nutnyet AB A+B A+B (A+B) nntoc 4 1/1 | 0 ]}o]4 Annioc At Annioc A 0) Anntoc At Annioc A _ nnioc 1 _ nnioc 1 1714 |] 0 | 4 | ASB (A+B) nnioc A | (A+B) nntocA | AB AB niioc A AB nnioc A _ anioc 1 _ ninioc 1 1] 1 [4 | 0 | Ate (A+B) nnioc A | (A+B) nniocA | AB AB nnioc A AB nnioc A nnioc 1 fintoc 1 tJ/a [aaa A nunyet A A A Annioct ‘= cAmur Ha oAMM paapaA Bneso Function table Positive logic Negative logic Function M=0 Arithmetic logic M=0 Arithmetic logic select Mat Mat |J__ aw Logie _ _ Logie WP se st) so} funetions com cond functions como comt 0} o 0 0 x A Aplus 4 x Aminus1 A oj} 0 }0 |) 4 | APE A+B (A+B) plus 4 2B AB minus 1 AB 0 ) 1 0 AB A+B (A+B) plus 1 A+B AB minus 4 AB o}o|4 1 10 minus 1 0 1 minus 1 ° (complement (complement with respect with respect _ totwo) _ to two) o} 1 | 0 | o | a Aplus AB A plus AB A+B Aplus(A+B) | Aplus (A+B) _ plus 4 fo _ | plus t o;1fof]1|s (A+B) plus (A+B) plus AB | B AB plus (A+B) | AB plus (A+B) AB plus 1 plus 4 o}4 | 1 | 0 | sos A minus B Aminus B KOB A minus B Aminus B minus 1 _ minus 4 oO} 4 ft [a | ae AB minus 1 AB A+B A+B (A+8) plus 1

V/0 ELECTRONORGTECHNICA 68D D MM 9388524 OOOOOSE O MBUSSR _ JT-43-15 Positive logic Negative logic Fonction M=0 Arithmetic logic M=0 Arithmetic logic select Mat |__M=O Arithmeticteaie | en | MO Arithmetic togie Logic _ Logic 3 | s2 | s1 | so | functions comt co=0 functions co=0 comt 1 o | o o | A+B Aplus AB Aplus AB. *B Aplus{A+B) | Aplus (A+B) plus plus 1 1 oj 0 1 | KOB A plus B Aplus B A@B Aplus B A plus B plus 1 . plus 1 1 o {4 o |B " T (A+B) (A+8) plus AB | B AB plus (A+B) | AB plus (A+B) plus AB plus 1 plus 4 . 1 0 1 1 AB AB minus 1 AB A+B A+B (A+B) plus 4 1 1/10 o}4 A plus A¥ Aplus A 0 Aplus A* Aplus A plus 1 plus 4 1 1 |] 0 1 | ALB (A+B) plus A (a4) plus A AB AB plus A AB plus A plus 4 plus _ 1 1/4 0 | A+B (A+B) plus A | (A-+B)-plus A AB AB plus A AB plus A plus 4 lus 1 1 1 1 1 A A minus 1 K A A Aplus 4 * one-bit left shift [oe |angy % I Xe Yy os Ne ny —13| |ast-_4a ty Up X, Ys a—le| last—s x { po fs a— 7 % Ys ¥, 4, 6 "| eal— 9 5 5 6 Xs 45K 7 KISSPE3 KiSSnH3 KISSIHS

V/0 ELECTRONORGTECHNICA aad D Wm 93868524 0000057 2 MHUSSR 7-43-15 uN 12 ae ee | (Can) a | : ean aD 7 —-) | | a a ay Meade || | L lg © jul | SWI by rma «| WS |" Xy l2 (Cm) 12 rn em) m4 | %—f1 [an god ee ee k te FT | Loe J ee. 16 4 KISSIIE3 ponyap ae ~~~ 4 pF ij P g iP 3 a ter Mh liel et an Ab) GER | Teng Q)} 1 | aa Oy} | sm gu mia A | na | c

5 By | LR

aay sapeeeeiat ee eee = 3 | Ma qs isa % | mi im I a LH kd ra | Q > | Loe KISSNES

V/0 ELECTRONORGTECHNICA 68D D MM 9388524 0000058 4 mMUSSR eo T-43-15 Fi he Gee] TP ee ih ) [| TS yin | () KK zs er pT Sie So |, HET Tole fo &) «) Cv? | f Hi arte aw hm bel ae a aaa 7] aha alegre Ht ase : at 6 a a 18 a | f n q7 peo (en SSS at 08 e406 Wey fi Lol py | ald He 1547 | co ty KASSUP13 Kissins, KMi5snns Moll) Aaa) Care | I i Pt ba a Oe) rR Li. A Cam | ral 4 2 weld le oa Dis yy a" 5 ny) oD oe . mh ae p71 4) n ay ul [7} f Da ot aa) nl | am fi f AG [Grrl] mma | 2 oy age of hs: BO ea an res af 7 Ds ——| ag 746) Al KiSSTMa Dh 79 Cipot {7} KISSMP15, KMI1S5UP15 DC | he me |t 7 aL i 2g 1815 1 2 a 2 |, ei 2 20 i= 7 2 [| J 73 ; or—75 wl, 26 jo 4 23 it—H ipL2 — 0 7 ap KMI1S5SU8A, KMI5SUA9 KMI551986 .

V/0 ELECTRONORGTECHNICA 88D) D MM 9388524 OO00059 & MMUSSR qy : T-43-15 ay ay ay th eH | ae ig lg [hg Ihe Ca +4 mn rs: iH . ie Litt va iT eet a He HHH || a 2] I I i Te pat

1 Ge 1

“| IL aie i= Az am zh AS Hy in any rail ai 1 fe " H 6 ifn foal Te me = 27 tess oe WS 1 | ii! 2m I imiSihiil g9—fo | eal ol Hoa) LH ak Hy ak i} | 6 KASSPYS bre if: he fe TTA ofa smth Po (HH = HH ale 8 ht Waal KIissPlmt BPEMEHHbIE QMUArPAMMbI TIME DIAGRAMS Vv, aie) Henynvenobyogan.D" mputs 14 " gmt 2snleasnagf 150 Sonat of input D' a * wilt grout} | it nero append x00) I 7aV 7 fapsoaor Ca rye ge Le a pea | ee a VOT fins. to. thas bo. ames piv IX YoixOGor —_} t (nisstn7) Kt - ; Ypounn orevera AnanwWeckingnapanerpoe ov BxOAA ¢Paypeule- Dniopst HaNPRKEHH BXOAHEIX H BLIXOAHEIX HHMYNECOB NPH M3 Min BeiGopKHy AO Buixoga younnrenh’ cumrbisann - 1,0 01 . MepeHhh AWHAMHYeCKHX NapaMeTpoB oT BxogoB «D» MHKPOCKeM "par, en." Ipas, eni6, MMKPOceMb! KIS5PY2: KISSTMS KISS! ° ° tas, eni6, ~ BPENA paspewenun peiGopKH 4, = npens aanoiee Reference levels of dynamic characteristics between the “enable Voltage waveforms for Input and output pulses when measuring access” Input of sense amplifier and its output dynamic characteristics at inputs D of microcircults K1S5TMS, 1 p03, e016. 94 Iya, gu6, Of Microcircuit K1SSPY2: KASSTM7: tpaa, ebi6,~ enable access time ty - delay time

V/0 ELECTRONORGTECHNICA 68) D MM™ 9384524 OOO0OLO 2 MHUSSR x put 8x09 T~43-15 resel,0° yom.0 a a, id t ‘a Lg Leen, Input Bx0g 5 TP, oo} 7 ——t (annie 8 no Bry 4 Sey t tints _| mere | LN ti @ 4 YF a gen | Sn cL anynoc £ nodxody es | | a7; t UR Eh SL cet gl TRE. ol ete tx Yea Suto Bonen LF *, sy Bod yeunumenn | — 7 ba . | | S5ix00 muneys 9 ae Lp Input) Bxa seat PS Vint cl [—-\\ i output A U wv) U ie LL vat ford 7 lutput Bwxog te Qord — Quua ud —, dd t Output Boixog Yposhw orcueTa AMHaMMYeCKHX NapaMeTpoB noche 3anvcH MH. i 15V kpocxemb! KIS5PY1 (nyHKTHpoM oGosHa¥eH nepexoaHetli npo- —— t Wecc B CXeMe AO MOMEHTA OTCHeTAa BpeMeHHbIX NapaneTpos)> Yponn oTcueTa AMHaMM4eCKHX NapaneTpoB MHKPOcKeMbI ig — Bpema pona; ty — Bpema saneprxKH K155TB1: fy — Bpena sageprexn Reference levels of dynamic characteristics after write mode in Reference levels of dynamic choracteristies for microcireuit microcireuit K155PY1 (circuit transient response up to the instant KISSTBI: of measurement of time characteristics is shown by a dash line): 1, - delay time ig, — rise time; , ~ delay time a a1 Bxodnod s [Nf atingc x01 pulse i) auf L \\ Input Cuenan e", 15V 18 “Hack pee 10 00 " : {Srchrot" Un e TT U Input oy, Boixoduod 0 wl Susy fasiigiatpaantt yt f HE Ue Input ON 0 " 45V pulse x08 Guenan ynpabnenun t (6) IS: 15V Contrat signal up, Input ye Tlapatetpst sxoakoro uMnynbca Mukpocxembt KISS/IM1 aa A Input pulse characteristics of microcircult K1SSNIM1 t Youn, Sout onod twat Vout Ubbix. 14 2 3 30 31323334 63 64 Input 9 Bx0d9 j SULA Bxoalbie H BbIXoAHbIe HanpAXeHMA NpH MHinyNLCHOM ynpasneHun t no exoay BbIGopa pexkuna MuKpocxenbt KISSMP1 Vout Veo. | i | Input and output voltages with Input pulse driving at the mode UU, i selection input of microcircuit KASSUPt Outputs Borx0ds ! JL Vout Uber. i I t Qutput 6 801x006) H “UU I 1 t Dmiopbt BeIXOAHIX HanpAKeHHI ANA KOHTpoNA KoaduuneHTA Vout Uboix. | if nepecuera Huxpocxem K1SSMEB \\ | Output voltage waveforms for checking the scaling factor of Output 7 Boixod?| H | Hl microcircuit K1SSHE8 t

V/0 ELECTRONORGTECHNICA 68D) D MM@ 9388524 OOOO0b1 4 MBUSSR Ur Ube T-43-15 vin vin __ 15V, | Hf | ite Ybor. { 1 UG bi § re out lar rag Vout is} | It a eb —-15V WV al a---- ZN bo, Vout t rll Ocuunnorpaunet pacnpegeneHun uHnynscos npM HaMepeHnit 1,0 : Ocunnnorpanme! pacnpegenenHa mMnynbcos npx HaMepeHHH BPEMEHH 3AHePKKH BKNiOUeHHA T'S, BpeMeHH sanepxXKH BbIKNIO- Bpertenn sanepakn sxniowennn 1°, spenenn sanepyKi BbiKnio- wenn 1! no auiwonan 5, 4, 3, 2, 1, 13, 12, 11 mnkpocxerst sienna 1°r" wa poisogax 10, 9, 8 muxpocxensi KISSKNS KiS5KN5 Waveforms of pulse distribution when measuring turn-on delay | Waveforms of pulse distribution when measuring turn-on delay time 1", turn-off deloy time 1°" at outputs 10, 9, 8 of microcir- time 1°, turn-off delay time 1° at outputs 5, 4,3, 2, 1, 13, 12, 11 cuit K1SSKNS of microcircuit KISSKMS U6x. BxodHod umnynec vin Input pulse ia g J \\ an ae pu sv don} et f i te 9! Vout) TN psy any | Traut, foul ima! — | pe ui A 7 jt WN ————-4 fa 7 asy 0 i BetxodHod umnynee t it fou, Output pulse ‘out Bxoawo w seixoaHoH mnnynse npH wanepennn anvannueceix | Ocynnnorpantist paenpeneneniin wunynucos npH saHepeNnn napanerpos ripocxenr KISIM: speneni aaneprcnn axniovena 1%, aperenn saqepxxn sbixnio- a ~ Bena sanepKKn sienna iO-t no abinonas 7, 11, 10, 9 muxpocxensi K1SSKN7 nput and output pulses when measuring dynamic characteristics Pulse distribution waveforms when measuring turn-on delay of microcircul KASSNHt: time #9 and turn-off delay time 1° at leads 7, 11, 10, and 9 of a7 delay time microcircuits K15SKI17 Uh nA 8teaxape | in ut Zz a ee (NSE ts Oi 1 I) (2.805 Bona 0 11 Yt 7 out | CA Sp flan $ j Se eee ae oe nis 4 & i x ane 615 anon ns {howe (6154 )Borxogt out} i ; j—U ut A Rw om t Ocunnnorpanibt pacnpeneneHun wMnynbcos pH waKepeHHH spenenn saneprccn saniowenna 1, spenenn saneprXki abikHO- Bxoaubie # BbIXoaHbIe HHnynbcbI Np HaNepeHHH AHHAMHYECKHX wennn 19-1 no poisonan 4, 3, 2, 1, 15, 14, 13, 12 maxpocxeres napaMerpos MHKpocxenbt K15SHM3 or Bxonos 1, 7, 8, 13, 16: Kasskn? ty ~ epenn sanepnn Pulse distribution waveforms when measuring turn-on delay Input and output pulses when measuring dynamic characteristics time 1-9 and turn-off delay time et at leads 4, 3, 2, 1, 15, 14, 13, at inputs 1, 7,8, 12, and 16 of microcircuit K155V1M3 series ICs: 12 of microcircuits K1SSKII7 t,~ delay time 59 ,

V/0 ELECTRONORGTECHNICA 68D) D MM™@ 93488524 O0000b2 & MMUSSR 43-15 (13) B09 uv T. Input Boixogor A (115413) 9-4 7 t fas Bxogo1 D = ! mnputs D y = (12) Buixog vee anne) oS Nad 4 t oul utpat fT | Net Broo %) | NS "bo, onput (3) r\\ | : has in a ala [25] Vout 0 i—h 7 a7—t |_| Tisoap! , tint aap. Berxoge! Bxoguble BbixoqHble HMnynbcbI MPH HsMepeHHH aMHaMMYECKHX dutputs napatierpos muxpocxembi K1SSMM2 or exona 13: 6 if 3,11) ASL ty ~ opera sagepxckn 0 t Input and output pulses when measuring of dynamic characteris- | YPOBHH oTcueTa aHaMHUecKHX apaHeTpos oT agpecioro BXOAa tics at input 13 of microcircuit K1SSMM2: AO BbIXoAa yennuvena CHHTIBAHHA BpeMeHH BbISOPKH appeca ty - delay time BKMIOWeHHA ‘oui odp. BpemMeHn BbIGOpKH aapeca BEIKNIOVeHHA fowas ap, MMPocxerst KISSPY2: iy Bpema nmnyneca Reference levels for measuring the dynamic characteristics of microcireuit K15SPY2 between the address input and output of the (3,6,12) Broder , 4.0 (3412) Sot — a turavon address acess time yg gap, and Wrn-off address access hK——| tas time fauyg, gap, Sense amplifier: Ubox. ~ pulse time 2m Brod |— ‘out {u~ pulse time > nS Ubon, 9, 4.510) B Ug nt” 4,510) Bowxogo ai oe ae erotw.n! Ba P| ain) [ \\_asv Inp {| Bxoguble # BbIXOAHbIe HMNyNecbI NPM HIMepeHHH AMHANHYECKHX 4 p COX. t mapatierpos Hukpocxerte! KISSUM1 or exogo 2, 3, 8 11, 12: 10003) i, ok ty — BpeMa sagepxxn Ingut (9) Re o_ NA Input and output pulses when measuring of dynamic characteris- | t tics at Inputs 2, 3, 8, 11, 12 of microcircvit K1S5MM1: fee 15V ty ely tine aay | os ! a 7 tine t u Bxod D (5) Bxot a (eae) a ear +——4 a : | Foox. t (f12)Borxogor Fz x09, AF Wi Me tutgue ia Y box, Inputs) B | | Vout LA : : 0 Heh__{ 4 3 Sette tas Senx00s t OF " (37.311) et Y'bon, Butputs (0) Boao, V7 ‘out F rt ——4 jute [eh] Y%Gox, ee t 5 ; Sy aut gas Visepente apenenn soccravosnenun ycunutena cunTbinaHua rapsnerpon tuntpockerie KISSMM. Mamepenin AUIGHNECKHX T ocne sanwien «Op n «to uuKpoexenbi KISSPY2: th opewn saneppen * teox, — BPEMA COXpaHeHHA; teoc, — BPeMA BOCCTaHOBNeHHA Input and output pulses when measuring of dynamic characteris- Measurement of recovery time for sense amplifier after writing tics of microcircuit K15SMM2: “9" and 4", in microcircuit K15SPY2: 1, - delay time cox, ~ storage time, fegc, - recovery time

V/0 ELECTRONORGTECHNICA 68D D MM 9368524 OOO00b3 8 MMUSSR T-43-15 ie ty 06s. Bxodnod unnynec Bead gem (40 i F Yin Input pu a Input reset. ar t —_ | '- (-3| ya Brod yem..1" (410) U] F /| NEE . 2 At INS Iinbrei PN ' oS? [ea t u vend t Vout Getput Boaadt i] " 2, t XLS [TP 0 3 : t Beiroduod umnyace . _ im Outpui pulse Output 6, Bou0ad LE --2 Lv a) TF] t Yposnu orcuera aunanuueckix napaHeTpos no sxoqaM ycraHoBKin Bxoaoli H abixoqHoli Mnynbc MPH HaHepeHHM AMHAMMYECKHX na- Huxpocxenst K155TM2: Panerpos mukpocxems K1SSTM2: tg - Bpena dponta; 1; — pena sanepxkn th - Bpena dpoura; t, — pena saneprxKn Reference levels of dynamic characteristics at setting inputs of Input and output pulses when measuring of dynamic characteris- microcircuit K1SSTM2: {les of microcircult K15STM2: 1g rise time; t, - delay time 1g — rise time; 1; ~ delay time : or tg 14 1 2 |[7ty 2 g 6 f\\ f\\ Farry 1 \\ F\\—1.| Input bxo8 a ee ee Input Bxoi # Tew2S0ns ) = ff , Ut | 45 & U'b ox, Input2 "yt dutput. an Yout x09? Bonod LSE vn. 10-15ns FS QQ. t He T2508 ' > Orcser aunanuuecknx napaneTpos Hnkpocxenti K1SSMES no cueTHoMy Bxoay: pus r 4 45 ' te ~ Bperin hponra; ty ~ apenin urnyneca; ty — Bpenn sagepxKn x09 9 Measurement of dynamic characteristics at the count input of microcircuit i KASSMES: Output 512} Lee Fy _e ig - rise time; ty — pulse time; 1, — delay time Borxag Sita) 152, the Uo. ett tak U'out Orcuer annamnvecknx napaMeTpos HuKpoCxe- met K1SSXI11: _ yo at Ton, ~ ANMTenbHocTe cHewenHA; te +f Ty ~ AnuTenbHocT HMnyneca; onput LT E23 4 5 8 g 0 Measurement of dynamic characteristics of Dutput microcircult K155X1 : ett SI USuu,Yiut ; Ten, ~ bias time; ty = pulse width; + 4, cy, - read delay . Orever autanuueckix mapamerpos Huxpocketsi KISSME2 no cyertiony Bxoay: tg - Bpena hpoura; ty — spena HMnyneca; ty — BpeMA sagepxKKH Measurement of dynamic characteristics at the count input of microcircuit KA55VE2: 4g ~ rise time; ty ~ pulse time; 1, — delay time EE ee

V/0 ELECTRONORGTECHNICA 66D) D MM 9388524 OOO00b4 T MBUSSR T-43-15 ta g 0H. Fa t HS 45 + 2 [BIS @ 7 2# HésetTlinut y onout \\ [\\ Aer EV ats] heprowomed® 74S 15H x08 Aa 0 TF t Dita Cr a (14) > Bxod vr’ tu ™ WW Bi a dae ee 45V Vtux, Vout Praia we LN sy Ss oeiput an sipéla oxod ASL Bou, cut ; @) t Bxoauble H BLIXOAHEIe HMNyNeCbI NpH MsMepeHHH anHaMnueckux napanerpon MuKpocxen K15SME6, Orcver qunannuecknx napametpos MuKpocxens! KISSME4 no cuetHony K15SME7 or exogos «Mpeasaptensiolt sanneny Bxoay: # @Ycrationkn «On: te — Bpema hpowra; ty ~ epena HHnynbca; t;— epema sanepxKn 1; — Bpema sagepxKH . Measuring of dynamic characteristics at the count input of microcireuit K1SSME4: | MPUt and output pulses when measuring dynamic : " characteristics at pre-write and “0” setting inputs 1g ~ rise time; ty - pulse time; 1, ~ delay time |. of microcircults K155ME6, K15SVE7 Bx0d,,Caonenue” Fd gets -9 S155 =a iy BLixod Q " x; | ay ty

7 L SIE aw 2 0

61x00, epence” nov : $00, Carry "output av t Decuria LA 8 9-5 A 0 fH "Subtract "input £ #9, | Buxag fee a aan t? a Sntopb! BxoqHoro H BbIXOAHOrO HMNyNBCOB MiK- avyi0d, saen™ “y pocxenb! K1 5SMEt: borrow “output tg - Bpera chponta; fy - epema Hunyneca Bxonnbte # BbIXogHbIe HHNynbcbI NPM HaMepeHHM AUHAMAYECKHX MapaNeTpoB Input and output pulse when waveforms for micro- Huxpocxen KISSME6, KISSME7 or exonos «Cnoxennen # «BBINHTAHHED: circult KASSMEI: fy — BpeMA sanepxKH 16 ~ rise time; ty ~ pulse time Input and output pulses when measuring dynamic characteristics at the add and subtract inputs of microcircuits K15SME6 and K15SIME7: 1, ~ delay time 2 2tat 7e TaGnuya uctunnoctH Validity Table [| . I Berxoquol kon EA CBA nova Bxoawoe Bxonnok Kon cnona Ha sbisoqax ‘nota Ha suisonax “meno across of we Up yy Words teapot Input code of word across leads Suteut code ot ord ° 0 ofo}lololoflofi]ofa 1 1 o}o}oj;jo}1]oj}]1]o]o 2 pe pr po : : ue 2 2 ofo;jo}1{o}ofo}1]4 Mpunenenne nuxpocxenbt K1SSMP6 3 3 Oo}; o};o}; 4} 4] 0} of} 4 | 0 : ANA npec6pazonanna qBoHuHo-ne- 4 4 oyo};r}o}oj;oyofia]a CATHUHOTO Koma B KOA AONONHHTENL- 5 5 0 0 1 0 1 0 0 1 0 nei go «> 6 6 ofoj;itt}4]ololo}fo|l4 Application of microcircult K155I1P6 8 8 o}t]ofo}o}o}loloj4 for the conversion of binary-coded 9 9 o}4}o]o}1]o}o]o] 0 decimal to complementary with res- Banper | Mosoh | H!| HH} H| Hl] H} 4 | a | oa | 4 pect to nine code Inhibit Arbitrary 62 ~

V/0 ELECTRONORGTECHNICA 64) D MM@ 9388524 OOOOOLS 1 MMUSSR 2mempada —tmempada TaGnuya wcrHHHocTH T-43-15 tetrad? —_tetradt Validity table Sooo 2 2079 22 pt 9d BxoaHoli Koq cnosa Ha abiBoaax Beixoavoi Koa cnoma Ha BbiBonax ‘Cnoso Bxoanoe uncno Aes A Words Input number Input code of word across leads Output code of word across leads Ys Yu Ys Yr % fe>Ta|[c]s,;alrfl|wly % | 2824 23 7% of 90 1 2-3 ofolofoft{/ojo}fojolo mea 2 2 54 G}sye}t}oyejojolo}a fo 3 67 ofo}oli}1]{oj}folo 1/4 Npumenenne mukpocxenst 3 ear ofoltfolole lool oy ays KISSMP6 ana npeobpazosana 8 10-11 olitlololololololalola . ABONYHO-AECRTHYHOFO Kona 9 1213 ofa }olo}t]ofolo}1}4]o

8 ABOMUMEI 10 4-15 oft }of1}o}o}ofo}1fa}4

1 1617 o}1}ol1]1}o}lo}l1}ojfojo Application of microcircuit 2 Roe 9 H H H ° ° H 1 4 9 4 KASSMP6 for the conversion of i$ pon tlolofol;stofoliielil? binary-decimal to binary code 8 M25 1Jolol1}olololil1tiolo 19 26-27 t}o}ojyi;41]}o}lof;a}ls1foj. 2% 30—31 1/}a]}o}o}lo;ofo}iata}ta]a 25 32-33 1/11 ]}o;o}]1}of4}oloflolo 26 34—35 114 ]}ola}olo;1}oflojoj4 27 36—37 11a ]}ola}]t1}[otttoflo}lifo 3anper To6oii H]/ H/ HH} H} A} td fata dada da Inhibit Arbitrary H~ Geapasnwunoe cocronwne H-“"dont't care” state En 25 24 23 p2 pf 90 E HaepyoKa i, — RT RE oir

1 Tet

eDc 6 A c--~ 2-4 ds Yy Ys Yeh Xr zy : L | Muxpocxena Et | nn Te og ee 222 20 23 22 21 0 a io 2rrempada = ‘mempada SS ‘teirode taruat a fy Miputenenne mukpocxenst KISSMP7 ana ty npeopazosanua azonunoro Kona B BONY Sanpete Ho-aecaTHUHbIA Zn 3 Application of microcircuit K45SMP7 for re the conversion of binary to binary-decimal eel ere) H code LS] : [4] a Cxena waMepenina aunanuecknx napaterpos Mukpocxen KISSPE2, K1S5PE22, KA155PE23, K1SSPE24: ow J K or E—wcrounmx nuraiouero Hanpmxenua; 1, 2 reneparopsi; H— wsMepirenb Tp tn AMHaMHYeckHx napaMeTpoR pur wrod Circuit arrangement for measuring dynamic characteristics of microcircuits pat output a KASSPE21, K155PE22, K1S5PE23, K1SSPE24: if we E~supply voltage source; 1, [2 -generators; 1 - dynamic characteristics meter a A _}_Y| : [| re Your mm BxonHoi W BbIXoAHBIe KNyNBCs! NPM HaMepeHHH AUHIAMMUECKHX napaneTpoB Vout 1sv Muxpocxenbt K1S5PE21, K155PE22, K1SSPE23, K155PE24: eure |_/| t= Bpetia sanepackn expat | 1¥! | bas Input and output pulses when measuring dynamic characteristics of microcir= cuits K155PE21, KISSPE22, K155PE23, Ki5SPE24: 1, — delay time

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

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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

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