Analogues of Russian and foreign microcircuits. Domestic analogues of imported microcircuits
MOS and CMOS series microcircuits
Instead of x there can be any digital value of the serial number.
Transistor logic on MOS and CMOS structures
| Type | Analogue | Purpose of elements |
| CD4000 | K176LP4 | two "3or-not" elements and one "not" element |
| CD4001 | K176LE5 | four logical elements "2ipi-not" |
| CD4001A | K561LE5 | --//-- |
| CD4001 B | KR1561L E5 | --//-- |
| CD4002 | K176LE6 | two logical elements "4or-not" |
| CD4002A | K561LE6 | --//-- |
| CD4002B | KR1561 L E6 | |
| CD4003 | K176TM1 | two "D" triggers set to "0" |
| CD4005 | K176RM1 | 16-bit RAM storage matrix |
| CD4006 | K176IR10 | 18-bit shift register |
| CD4007 | K176LP1 | universal logical element |
| CD4008 | K176IM1 | 4-bit adder |
| CD4008A | K561IM1 | --//-- |
| CD4009 | K176PU2 | six level converters with inversion |
| CD4010 | K176PUZ | six level converters without inversion |
| CD4011 | K176LA7 | |
| CD4011A | K561LA7 | --//-- |
| CD4012 | K176LA8 | two logical elements "4and-not" |
| CD4012A | K561LA8 | --//-- |
| CD4013 | K176TM2 | two "D" triggers |
| CD4013A | K561TM2 | --//-- |
| CD4015 | K176IR2 | two 4-bit shift registers |
| CD4015A | K561IR2 | --//-- |
| CD4016 | K176KT1 | four bidirectional switches |
| CD4017 | K176IE8 | counter-divider by 10 |
| CD4017A | K561IE8 | --//-- |
| CD4018A | K561IR19 | programmable counter |
| CD4019A | K561LS2 | four logical gates "and-or and" |
| CD4020A | K561IE16 | 14-bit binary counter |
| CD4021 | No | 8-bit static register |
| CD4022A | K561IE9 | counter-divider by 8 |
| CD4023 | K176LA9 | three logical elements "Zi-ne" |
| CD4023A | K561LA9 | --//-- |
| CD4023B | KR1561LA9 | --//-- |
| CD4024 | K176IE1 | 6-bit binary counter |
| CD4025 | K176LE10 | three logical elements "Zili-ne" |
| CD4025A | K561LE10 | --//-- |
| CD4025B | KR1561LE10 | --//-- |
| CD4026 | K176IE4 | counter according to mod. 10 s decryption by 7 segments indicator |
| CD4027 | K176TV1 | two "J-K" triggers |
| CD4027A | K561TV1 | --//-- |
| CD4027B | KR1561TV1 | --//-- |
| CD4028 | K176ID1 | BCD decoder |
| CD4028A | K561 ID 1 | --//-- |
| CD4029A | K561IE14 | 4 times. BCD up/down counter |
| CD4030A | K561LP2 | four exclusive or logic gates |
| CD4030 | K176LP2 | --//-- |
| CD4031 | K176IR4 | 64-bit shift register (not full analog) |
| CD4033 | K176IE5 | 15-bit binary divider |
| CD4034A | K561IR6 | 8-bit shift register |
| CD4035A | K561IR9 | 4-bit shift register |
| CD4040B | KR1561 AND E20 | |
| CD4041B | No | four buffer elements |
| CD4042A | K561TMZ | four "D" triggers |
| CD4043A | K561TR2 | four "R-S" triggers |
| CD4046B | KR1561GG1 | phase-locked loop generator |
| CD4049A | K561LN2 | six inverters |
| CD4050A | K561PU4 | There are MOS-TTL level converters |
| CD4050B | KR1561PU4 | --//-- |
| CD4051A | K561KP2 | analog 8-channel multiplexer |
| CD4051B | KR1561KP2 | --//-- |
| CD4052A | K561KP1 | two analog 4-channel multiplexers |
| CD4052B | KR1561KP1 | --//-- |
| CD4053 | No | three bi-directional analog switches |
| CD4054 | No | control scheme liquid crystal indicator |
| CD4059A | K561IE15 | programmable counter |
| CD4060 | No | 14-bit counter |
| CD4061 | K176RU2 | RAM - 256 bits with control circuits |
| CD4061A | K561RU2 | --//-- |
| CD4066A | K561KTZ | |
| CD4066B | KR1561KTZ | --//-- |
| CD4067 | No | 16-channel multiplexer |
| CD4069 | No | six inverters |
| CD4070A | K561LP2 | four logical "or" gates with exception |
| CD4070B | KR1561LP14 | four two-entry episodes. "exclusive or" |
| CD4071B | No | |
| CD4076B | KR1561IR14 | 4-bit reversible shift register |
| CD4081B | KR1561LI2 | |
| CD4093A | K561TL1 | four Schmitt triggers with 2and-not logic |
| CD4093B | KR1561TL1 | --//-- |
| CD4094B | KR1561PR1 | 8-bit level converter |
| CD4095B | No | "J-K" trigger |
| CD4097B | No | two 8-channel, multiplexer-demultiplexer |
| CD4098B | KR1561AG1 | two single-vibragors |
| CD40107B | KR1561LA10 | two elements "2i-not" with open output |
| CD40115 | K176IRZ | 4-bit universal register |
| CD40161B | KR1561IE21 | |
| CD4503 | K561LNZ | six repeaters |
| CD4510 | No | 4-digit counter |
| CD4520 | K561IE10 | two 4-bit binary counters |
| CD4585 | K561IP2 | |
| MS14040V | KR1561IE20 | 12-bit binary counter |
| MS14053V | KR1561IE22 | counter with register |
| MS14066V | KR1561KTZ | four 2-way switches |
| MS14076V | KR1561IR14 | 4-bit register "D" type s3-state. |
| MS14094V | KR1561PR1 | 8-bit converter afterbirth, code in parallel. |
| MS14161V | KR1561IE21 | 4-bit synchronous binary counter |
| MS14194V | KR1561IR15 | 4-bit reversible shift register |
| MS14502A | K561LN1 | six gated elements "not" |
| MS14511V | No | binary to seven-segm converter. |
| MS14512V | KR1561KPZ | 8-channel multiplexer |
| MS14516A | K561IE11 | |
| MS14519V | KR1561KP4 | 4-bit selector |
| MS14520A | K561IE10 | two 4-bit binary counters |
| MS14520V | KR1561IE10 | --//-- |
| MS14531 A | K561SA1 | 12-bit comparison circuit |
| MS14538A | K561LNZ | six repeaters with locking |
| MS14554A | K561IP5 | 2-bit universal multiplier |
| MS14555V | KR1561ID6 | |
| MS14556V | KR1561ID7 | binary decoder-demultiplexer |
| MS14580A | K561IR11 | multi-purpose register |
| MS14581A | K561IPZ | arithmetic logic unit |
| MS14582A | K561IP4 | end-to-end transfer scheme |
| MS14585A | K561IP2 | 4-bit comparison circuit |
Diode-transistor logic
Transistor-transistor logic
| Type | Analogue | Functional purpose |
| SN7400 | K155LAZ | four logic gates "2and-not" |
| SN7401 | K155PA8 | four elements "2and-not" abbreviated. collection. (I=16 mA) |
| SN7402 | K155LE1 | four 2or-not logic gates |
| SN7403 | K155LA9 | four "2and-not" open collector (I=48 mA) |
| SN7404 | K155LN1 | six inverters |
| SN7405 | K155LN2 | six open collector inverters |
| SN7406 | K155LNZ | six open collector inverters (30 V) |
| SN7407 | K155LN4 | six repeaters with open collector (30 V) |
| SN7408 | K155LI1 | four logical elements "2i" |
| SN7410 | K155LA4 | three logical elements "3and-not" |
| SN7412 | K155LA10 | three elements "3i-not" with an open collector |
| SN7413 | K155TL1 | two Schmitt triggers |
| SN7414 | K155TL2 | six Schmitt triggers |
| SN7416 | K155LN5 | six open collector inverters (15 V) |
| SN7420 | K155LA1 | two-logical element "4and-not" |
| SN7422 | K155LA7 | two-logical element "4and-not" with open. collection. |
| SN7423 | K155LE2 | two gated "4or-not" elements. and extension |
| SN7425 | K155LEZ | two gated "4or-not" elements |
| SN7426 | K155LA11 | four elements "2and-not" with open. collection. (15V) |
| SN7427 | K155LE4 | three logical gates "3or-not" |
| SN7428 | K155LE5 | four 2or-not buffer gates |
| SN7430 | K155LA2 | one logical element "8and-not" |
| SN7432 | K155LL1 | four logical elements "2or" |
| SN7437 | K155LA12 | four 2and-not buffer gates |
| SN7438 | K155LA13 | four buffer elements "2and-not" with open. count |
| SN7440 | K155LA6 | two buffer elements "4and-not" |
| SN7450 | K155LR1 | two "2and-2or-not", one with an "or" extension |
| SN7453 | K155LRZ | one element "2and-2and-2and-3and-4or-not" |
| SN7455 | K155LR4 | one "4-or-not" element with extension |
| SN7460 | K155LD1 | two 4-input expanders by "or" |
| SN7472 | K155TV1 | "J-K" trigger |
| SN7474 | K155TM2 | two "D" triggers |
| SN7475 | K155TM7 | four triggers with inverse and direct output |
| SN7476 | K155TKZ | two "J-K" triggers |
| SN7477 | K155TM5 | four "D" triggers |
| SN7480 | K155IM1 | single-digit adder |
| SN7481 | K155RU1 | RAM 16x1 bit |
| SN7482 | K155IM2 | two-digit adder |
| SN7483 | K155IMZ | four-bit adder |
| SN7484 | K155RUZ | RAM 16x1 bit with control |
| SN7485 | K155SP1 | 4-bit comparison circuit |
| SN7486 | K155PP5 | four cx. complex modulo 2, "exclusive or" |
| SN7489 | K155RU2 | RAM 64x1 bit with random access |
| SN7490 | K155IE2 | 4-bit BCD counter |
| SN7492 | K155IE4 | counter-divider by 12 |
| SN7493 | K155IE5 | 4-bit binary counter |
| SN7495 | K155IR1 | 4-bit universal shift register |
| SN7497 | K155IE8 | 6-bit binary count. with AC coefficient divided |
| SN74121 | K155AG1 | monostable with logic at input "and" |
| SN74123 | K155AGZ | two multivibrators with control |
| SN74124 | K155GG1 | two controlled generators |
| SN74125 | K155LP8 | four buffers with three output states |
| SN74128 | K155LE6 | four drivers with “2or-not” logic |
| SN74132 | K155TPZ | four Schmitt triggers |
| SN74141 | K155ID1 | decoder for control high voltage indicator. |
| SN74148 | K155IV1 | priority encoder 8 to Z |
| SN74150 | K155KP1 | switch 16 channels per 1 |
| SN74151 | K155KP7 | 8-input gated multiplexer |
| SN74152 | K155KP5 | 8-input multiplexer without gating |
| SN74153 | K155KP2 | dual multiplexer "4 inputs - 1 output" |
| SN74154 | K155IDZ | decoder-demultiplexer "4 inputs-16 outputs." |
| SN74155 | K155ID4 | dual decoder "2 inputs - 4 outputs" |
| SN74157 | K155KP1 | 16-channel gated multiplexer |
| SN74160 | K155IE9 | 4-digit decimal counter |
| SN74161 | K155IE10 | 4-bit binary counter |
| SN74170 | K155RP1 | 16-bit 03U |
| SN74172 | K155RPZ | 16-bit tri-state RAM. at the exit |
| SN74173 | K155IR15 | 4-digit, three-state register. at the exit |
| SN74175 | K155TM8 | four "D" triggers |
| SN74180 | K155IP2 | 8-bit parity circuit |
| SN74181 | K155IPZ | 4-bit arithm. logical device |
| SN74182 | K155IP4 | fast transfer scheme |
| SN74184 | K155PR6 | Binary-to-decimal converter code in binary |
| SN74185 | K155PR7 | binary converter code in binary decimal. |
| SN74187 | K155RE21 | ROM conversion characters into the Russian alphabet code |
| SN74187 | K155RE22 | ROM conversion characters into the English alphabet code. |
| SN74187 | K155RE23 | ROM conversion characters into arithm code. signs and numbers |
| SN74187 | K155RE24 | ROM conversion characters into the additional code. signs |
| SN74192 | K155IE6 | BCD up/down counter |
| SN74193 | K155IE7 | 4-bit binary up/down counter |
| SN74198 | K155IR13 | 8-bit shift register |
| SN74S301 | K155RU6 | RAM 1k static |
| SN74365 | K155LP10 | |
| SN74366 | K155LN6 | six inverters with three output states |
| SN74367 | K155LP11 | six shapers with three states. at the exit |
| SN75113 | K155AP5 | dvadif. transmitter in a three-state line. |
| SN75450 | K155LP7 | two elements "2and-not" with power. output (I=300 mA) |
| SN75451 | K155LI5 | two elements" with power output (I=300 mA) |
| SN75452 | K155LA18 | two logical elements "2and-not" |
| SN75453 | K155LL2 | two logical gates "2or-not" |
Transistor-transistor logic with Schottky diodes The functional purpose and location of pins for microcircuits with the same code (serial number) after the series designation are the same as for K155 microcircuits.
| Type | Analogue |
| SN74LSOO | K555LAZ |
| SN74LS02 | K555LE1 |
| SN74LS03 | K555LA9 |
| SN74LS04 | K555LN1 |
| SN74LS05 | K555LN2 |
| SN74LS08 | K555LI1 |
| SN74LS09 | K555LI2 |
| SN74LS10 | K555LA4 |
| SN74LS11 | K555LIZ |
| SN74LS12 | K555LA10 |
| SN74LS14 | K555TL2 |
| SN74LS15 | K555LI4 |
| SN74LS20 | K555LA1 |
| SN74LS21 | K555LI6 |
| SN74LS22 | K555LA7 |
| SN74LS26 | K555LA11 |
| SN74LS27 | K555LE4 |
| SN74LS30 | K555LA2 |
| SN74LS32 | K555LL1 |
| SN74LS37 | K555LA12 |
| SN74LS38 | K555LA13 |
| SN74LS40 | K555LA6 |
| SN74LS42 | K555ID6 |
| SN74LS51 | K555LR11 |
| SN74LS54 | K555LR13 |
| SN74LS55 | K555LR4 |
| SN74LS74 | K555TM2 |
| SN74LS75 | K555TM7 |
| SN74LS85 | K555SP1 |
| SN74LS86 | K555LP5 |
| SN74LS93 | K555IE5 |
| SN74LS107 | K555TV6 |
| SN74LS112 | K555TV9 |
| SN74LS113 | K555TV11 |
| SN74LS123 | K555AGZ |
| SN74LS125 | K555LP8 |
| SN74LS138 | K555ID7 |
| SN74LS145 | K555ID10 |
| SN74LS148 | K555IV1 |
| SN74LS151 | K555KP7 |
| SN74LS153 | K555KP2 |
| SN74LS155 | K555ID4 |
| SN74LS157 | K555KP16 |
| SN74LS160 | K555IE9 |
| SN74LS161 | K555IE10 |
| SN74LS163 | K555IE18 |
| SN74LS164 | K555IR8 |
| SN74LS165 | K555IR9 |
| SN74LS166 | K555IR10 |
| SN74LS170 | K555IR32 |
| SN74LS173 | K555IR15 |
| SN74LS174 | K555TM9 |
| SN74LS175 | K555TM8 |
| SN74LS181 | K555IPZ |
| SN74LS182 | K555IP4 |
| SN74LS183 | K555IM5 |
| SN74LS191 | K555IE13 |
| SN74LS192 | K555IE6 |
| SN74LS193 | K555IE7 |
| SN74LS194 | K555IR11 |
| SN74LS196 | K555IE14 |
| SN74LS197 | K555IE15 |
| SN74LS221 | K555AG4 |
| SN74LS242 | K555IP6 |
| SN74LS243 | |
| SN74LS247 | |
| SN74LS251 | K555KP15 |
| SN74LS253 | |
| SN74LS257 | |
| SN74LS258 | |
| SN74LS259 | |
| SN74LS261 | |
| SN74LS273 | |
| SN74LS279 | |
| SN74LS280 | |
| SN74LS283 | |
| SN74LS295 | |
| SN74LS298 | |
| SN74LS353 | |
| SN74LS373 | |
| SN74LS377 | K555IR27 |
| SN74LS384 | K555IP9 |
| SN74LS385 | K555IM7 |
| SN74LS390 | K555IE20 |
| SN74LS393 | K555IE19 |
| SN74HOON | K131LAZ |
| SN74H04N | K131LN1 |
| SN74H10N | K131LA4 |
| SN74H20N | K131LA1 |
| SN74H30N | K131LA2 |
| SN74H40N | K131LA6 |
| SN74H50N | K131LR1 |
| SN74H53N | K131LRZ |
| SN74H55N | K131LR4 |
| SN74H60N | K131LD1 |
| SN74H72N | K131TV1 |
| SN74H74N | K131TM2 |
| SN74LOON | K158LAZ |
| SN74L10N | K158LA4 |
| SN74L20N | K158LA1 |
| SN74L30N | K158LA2 |
| SN74L50N | K158LR1 |
| SN74L53N | K158LRZ |
| SN74L55N | K158PR4 |
| SN74L72N | K158TV1 |
| SN74SOON | K531LAZ |
| SN74S02N | K531LE1 |
| SN74S03N | K531LA9 |
| SN74S04N | K531LN1 |
| SN74S05N | K531LN2 |
| SN74S08N | K531LI1 |
| SN74S10N | K531LA4 |
| SN74S11N | K531J1H3J |
| SN74S20N | K531LA1 |
| SN74S22N | K531LA7 |
| SN74S30N | K531LA2 |
| SN74S37N | K531LA12 |
| SN74S51N | K531LR11 |
| SN74S64N | K531LP9 |
| SN74S65N | K531LR10 |
| SN74S74N | K531TM2 |
| SN74S85N | K531SP1 |
| SN74S86N | K531LP5 |
| SN74S112N | K5317V9 |
| SN74S113N | K531TV10 |
| SN74S114N | K531TV11 |
| SN74S124N | K531GG1 |
| SN74S138N | K531ID7 |
| SN74S139N | K531ID14 |
| SN74S140N | K531LA16 |
| SN74S151N | K531KP7 |
| SN74S153N | K531KP2 |
| SN74S168N | K531IE16 |
| SN74S169N | K531IE17 |
| SN74S175N | K531TM8 |
| SN74S181N | K531IP3 |
| SN74S182N | K531IP4 |
Analog integrated circuits
Operational amplifiers
| Chip type and manufacturer | Analogue | Functional appointment |
|||
| Fairchild | Motorola | National | Texas ins. | ||
| mA709CH | MC1709G | LM 17091- | SN72710L | K153UD1AB | operational force |
| mA101H | MLM101G | LM101H | SN52101L | K153UD2 | operational force |
| mA709H | MC1709G | - | SN72709L | K153UDZ | operational strength |
| - | - | LM735 | - | K153UD4 | micropower op. mustache |
| mA725C mA725H |
- | - | - | K153UD5A.B K153UD501 |
precision opera. amplification |
| - | - | LM301A LM201Ah |
K153UD6 K153UL601 |
operational strength | |
| mA702 mA702C |
- | - | - | K140UD1A,B KR140UD1A,V |
operational strength |
| - | MC1456C MC1456G |
- | SN72770 | K140UD6 KR140UD608 |
operational strength operational strength |
| mA741H | MC1741G | LM741H | SN72741 L | K140UD7 | operational.strength |
| mA740H | MC1556G | - | -- | K140UD8 | oper. amplification with field entrance |
| mA709 | - | - | - | KR140UD9 | operational strength |
| - | - | LM118 | SN52118 | K140UD10 | high precision on. mustache |
| - | - | LM318 | - | K140UD11 | speed op. mustache |
| mA776C | MC1776G | - | - | K140UD12 | micropower op. mustache |
| mA108H | - | LM108H | SN52108 | K140UD14 | precision on. mustache |
| - | - | LM308 | - | K140UD1408 | Precise op.us. |
| - | - | LM741CH | - | K140UD16 | precision op. mustache |
| mA747CN mA747C |
- | - | - | K140UD20 KR140UD20 |
two operas amplification |
| - | - | LM301 | - | K157UD2 | two operas amplification |
| - | MC75110 | - | SN75110N | K170AP1 | two transmitters in line |
| - | MC75107 | - | SN75107N | K170UP1 | two receivers with pins |
| mA726 | - | - | - | K516UP1 | diff. paratemp.comp. |
| - | - | LM318 | SN72318 | K538UN1 | low-noise ULF |
| mA740 | MC1740P | LM740 | SN72740N | K544UD1 | op. mustache from the field entrance |
| - | - | LM381 | - | K548UN1 | 2 map noise. preamp |
| mA725B | - | - | - | KR551UD1A.B | operational strength |
| mA739C | - | - | - | KM551UD2A.E | mapnoisy op. mustache |
| mA709 | MC1709P | LM709 | SN72709N | K553UD1 | operational strength |
| - | - | -M101AIV | - | K553UD1A | highly economical op. mustache |
| - | - | LM301AP | K553UD2 | highly economical op. mustache | |
| mA709 | - | - | - | K533UDZ | operational usip. |
| - | - | LM2900 | - | K1401UD1 | four operas. amplification |
| - | - | LM324 | - | K 1401 U D2 | four operas. amplification |
| mA747C | - | LM4250 | - | K1407UD2 | prog. noisy oper. amplification |
| - | - | LM343 | - | K1408UD1 | high voltage oper. amplification |
| Analogue | Functional appointment |
||||
| Various firms |
RCA | Analog Devices |
Hitachi | ||
| SFC2741 | - | - | - | KF140UD7 | operational strength |
| OR07E | - | - | - | K140UD17A.B | precision operational strength |
| LF355 | - | - | - | K140UD18 | broadband operational strength |
| LF356H | K140UD22 | --//-- | |||
| LF157 | - | - | - | K140UD23 | fast-acting operational strength |
| ICL7650 | - | - | - | K140UD24 | precision operational strength |
| - | CA3140 | - | - | K1409UD1 | precision operational strength |
| - | - | - | NA2700 | K154UD1A.B | fast-acting operational strength |
| - | - | - | NA2530 | K154UD2 | fast acting operational strength |
| - | - | AD509 | - | K154UDZA.B | fast-acting operational strength |
| - | - | - | NA2520 | K154UD4 | fast acting operational strength |
| TVA931 | - | - | - | KR551UD2A,B | operational strength |
| - | CA3130E | - | - | K544UD2A.B | operational strength With field entrance |
| LF357 | - | - | - | KR544UD2A.B | --//-- |
| - | - | AD513 | - | K574UD1A-V | operational strength With field entrance |
| TL083 | - | - | - | K574UD2A-V | two-channel fast |
Comparators
| Chip type and manufacturer | Analogue | Functional appointment |
|||
| Failchild | Motorola | National | Texas ins. | ||
| mA711H | MC1711G | LM1711H | SN72711L | K521CA1 | dual, differential comparator |
| mA710N | MC1710G | LM710H | SN52710L | K521CA2 | single channel diff. comparator |
| - | - | LM111H | - | K521CA3 | comparator voltage |
| mА709С | MS1711R | LM711 | SN72711N | K554CA1 | dual, differential comparator |
| - | - | LM211N | - | K554SAZB | --//-- |
| - | - | LM119 | - | KP597CA3 | two comparators |
| - | - | LM139 | - | K1401CA1 | four-channel voltage comparator |
| - | - | LM2901 | - | K1401CA2 | four-channel voltage comparator |
| - | - | LM393 | - | K1401SAZ | two-channel |
| Chip type | Analogue | Functional purpose | |
| MAL319 | - | K521SA6 | dual comparator |
| NE527N | SE527K | KR521CA4 | fast gated comparator |
| NE527H | - | K521SA401 | --//-- |
| SE527 | AM653 | K544CA4 | fast gated comparator |
| - - |
AM685M AM685 |
KM597SA1 KR597SA1 |
high-speed computer, strobe ESL output |
| - - |
AM686M AM 686 |
KM597SA2 KR597SA2 |
high-speed computer, strobe I I J 1-output |
| LM119 | 1SV8001S 1SV8001 CA3130V |
KM597SAZ KP597CA3 K597SAZ |
double, map-assisted comp. with TTL or "MOS output" --//-- |
Table 1. Analogues of the TTL and TTLSh series of digital microcircuits.
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Table 2. Analogues of series of CMOS digital microcircuits.
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Table 3. Table of analogs of imported microcircuits of the 54xxx, 74xxx series and domestic microcircuits of the 130, 131, 133, 134, 136, 155, 158, 531, 555, 1531, 1533, 1554, 1564, 1594, 5564 series.
Table 4. Table of analogs of domestic microcircuits of the 130, 131, 133, 134, 136, 155, 158, 531, 555, 1531, 1533, 1554, 1564, 1594, 5564 series and imported microcircuits of the 54xxx, 74xxx series.
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ID23 |
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25S04 |
|
| - | |
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Table 5. Table of analogues of domestic microcircuits of the 176, 561, 564, 1561 series and imported microcircuits of the CD 40xx and MC 145xx series.
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4053A |
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4053B |
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Table 6. Table of analogs of imported microcircuits of the CD 40xx and MC 145xx series and domestic microcircuits of the 176, 561, 564, 1561 series.
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4053B |
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List of used abbreviations in the microcircuit catalogue. Domestic manufacturers of electronics and microelectronics. - Identification of the manufacturer by the logo on the MS. List of foreign chip manufacturers. National Standards Centers and Independent Testing Organizations Compliance Symbols These symbols are often found on electrical appliances sold throughout the world. Their presence means that the organization that established the standard system has certified the compliance of this product with the requirements of the standard, and (or) an independent testing organization confirms the compliance of the product with the requirements of the standard.
Type / Series 110xx - 119xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 110IL1 SN51515A TI Half adder. 110LB1 SN51512 TI Logic element 6AND-NOT (OR-NOT). 110LB2 SN51512(3/6) TI Logic element 3AND-NOT (OR-NOT). 110LB3 SN51512(4/6) TI Logic element 4I-NOT (OR-NOT). 110LB4 SN51512(5/6) TI Logic element 5AND-NOT (OR-NOT). 110LB5 SN51513 TI Logic element 6AND-NOT (OR-NOT) with emitter follower at output 9.
Type / Series 120xx - 129xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 120IE4 Parallel reversing binary-decimal counter. 120PR1 Code converter. 120ХЛ1 Control circuit for multi-color VLIs (5 x 7). 120HL2 VLI control circuit. 120ХЛ3 VLI control circuit. 120ХЛ4 VLI control circuit. 120ХЛ5 VLI control circuit. 120ХЛ6 VLI control circuit. 120HL7 VLI control circuit. 121LA1 3I-NOT logical element with And expansion capability.
Type / Series 130xx - 139xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 130LA1 SN74H20 TI Two logical elements 4I-NOT. 130LA2 SN74H30 TI Logic element 8AND-NOT. 130LA3 SN74H00 TI Four 2I-NOT logic elements. 130LA4 SN74H10 TI Three logical elements 3I-NOT. 130LA6 SN74H40 TI Two 4I-NOT logic elements with a large output fan-out ratio. 130LA13. 130ЛД1 SN74H60 TI Two four-input OR expanders.
Type / Series 140xx - 149xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 140MA1 MC1496 (uA796) MOTOROLA Balanced modulator. 140UD1 uA702 FAIRCHILD Op-amp for wide application. 140UD2 ~CA3033 (~uA723) RCA op-amp for wide application. 140UD5 ~CA3015 RCA op-amp for wide application. 140UD6 MC1456 MOTOROLA Op-amp for wide application. 140UD7 uA741 FAIRCHILD Op-amp for wide application. 140UD8 uA740 FAIRCHILD Op-amp with DC input. 140UD9 ~uA709 FAIRCHILD Op-amp for wide application.
Type / Series 150xx - 159xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 150UP2. 150ХА2. 153UD1 uA709 FAIRCHILD Op-amp for wide application. 153UD2 LM101 NS Op-amp for wide application. 153UD3 uA709A FAIRCHILD Op-amp for wide application. 153UD4 CA3078S RCA Op-amp for wide application. 153UD5 uA725 FAIRCHILD Op-amp for wide application. 153UD6 LM101A NS Op-amp for wide application. 154UD1 HA2700 HARRIS High-speed op-amp. 154UD2 HA2520 (HA2530) HARRIS High-speed op-amp.
Type / Series 160хх - 169хх. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 160РВ1 Diode matrix ROM storage device (16 x 8). 161ID1 b/a Binary three-digit code decoder. 161IE1 b/a Reversible binary single-digit counter. 161IE2 b/a Combined binary three-digit counter. 161IE3 b/a Adding binary counter. 161IM1 b/a Combination adder. 161ИР1 b/a Reversible static shift register for 2 bits.
Type / Series 170xx - 179xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 170AA1 Two inflow current formers (200 mA). 170AA2 SN75453 TI Inflow current generator (500 mA). 170AA3 SN75325 TI Outflow current generator (500 mA). 170AA4 Output pulse current generator (500 mA). 170AA6 Two leaking current shapers with the 6NE-4ILI-2I function (200mA). 170AA7 SN75327 TI Four-channel current driver (600 mA).
Type / Series 180xx - 199xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 180UP1. 180ХА1. 181EN1 Voltage stabilizer 3-15 V. 183ХА1. 183ХА2. 184IE1. 185RU1 b/a Static RAM (8 x 2). 185RU2 SN7489 TI Static RAM (64 x 1). 185RU3 2106 INTEL Static RAM (64 x 1). 185RU4 93400 FAIRCHILD Static RAM (256 x 1). 185RU5 TC5508 TOSHIBA Static RAM (1k x 1). 185RU7 93L422 FAIRCHILD Static RAM (256 x 4).
Type/Series 201xx - 228xx. Analogues of domestic microcircuits.
Chip types/series are sorted in alphabetical order. List of domestic microcircuits and their analogues Type/Series Analogue Manufacturer of analogue Purpose 201LB1 Logical element NOT/AND-NOT/OR-NOT (RTL). 201LB2 Logical element NOT/OR-NOT (RTL). 201LB3 Logical element NOT/OR-NOT (RTL). 201LB4 Logical element NOT/AND-NOT/OR-NOT (RTL). 201LB5 Logical element NOT/AND-NOT/OR-NOT (RTL). 201LB6 Logical element NOT/OR-NOT (RTL). 201LB7 Logical element NOT/OR-NOT (RTL). 201LS1 Logic element AND/OR (RTL).