LNTEL386TM Search Results
LNTEL386TM Datasheets Context Search
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BIT 3195 G
Abstract: 8086 microprocessor introduction
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lntel386TM 32-BIT BIT 3195 G 8086 microprocessor introduction | |
intel 24018
Abstract: 80286 microprocessor pin out diagram SX 115C Intel 386 SX
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lK05SlATD@ Intel386TM lntel386TM SA-40 SA-33 SA-25 32-blt 32-bit Intel386 intel 24018 80286 microprocessor pin out diagram SX 115C Intel 386 SX | |
231630Contextual Info: lntel386TM DX MICROPROCESSOR decoupling capacitors as much as possible. Capaci tors specifically for PGA packages are also commer cially available, for the lowest possible inductance. 9. ELECTRICAL DATA 9.1 INTRODUCTION The following sections describe recommended elec |
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lntel386TM Intel386 Intel387 Intel386TM 231630 | |
practical applications of 8086 microprocessor
Abstract: Cpi 8086 8237 microprocessor architecture 386TM microprocessor peripherals
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lntel386TM Intel386 32bit 32-bit 6n\32 8n\31 Intel386TM 132-lead practical applications of 8086 microprocessor Cpi 8086 8237 microprocessor architecture 386TM microprocessor peripherals | |
Contextual Info: lntel386TM DX MICROPROCESSOR 1. PIN ASSIGNMENT The Intel386 DX pinout as viewed from the top side of the component is shown by Figure 1-1. Its pinout as viewed from the Pin side of the component is Figure 1-2. Vcc and GND connections must be made to multi |
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lntel386TM Intel386 Intei386 | |
Contextual Info: lntel386TM EX EMBEDDED MICROPROCESSOR 6.0 AC SPECIFICATIONS Table 7 lists output delays, input setup requirements, and input hold requirements. All AC specifications are relative to the CLK2 rising edge crossing the Vcc/2 level. Figure 6 shows the measurement points for AC |
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lntel386TM Ht114 -------Ht113 | |
Contextual Info: lntel386TM SX MICROPROCESSOR in t e l. 1.0 PIN DESCRIPTION o q isssîsag< >ass > < > > o û û û û > q S û o o > > Q O Û 4 S K > 0 dO <D <C B 0 > A20 > A18 >A18 >A17 68 67 63 62 61 > VSS >A15 > AM >AIJ >Vjs > A12 >A11 > AIO mi i o « k œ o *o —r^w^i/ «K«gq>o — |
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lntel386TM l386T lntel386SX Intel386 | |
82360SL
Abstract: CD 2399 GP
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Intel386â lntel386TM Intel386 IOCS16# MEMCS16# Ct409 Ct227 82360SL CD 2399 GP | |
Q07S
Abstract: 18CV EZ-319 p85c22066 ep330 85C220 intel PLD 290134 p85c220-80
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85C220-80 20-pin EP320, EP330, 5C032 300-mil lntel386TM, 1486TM, Q07S 18CV EZ-319 p85c22066 ep330 85C220 intel PLD 290134 p85c220-80 | |
LT1667
Abstract: LT1665 CA10 A058 dk 300 a008 82360SL LCD CMC 116 L01 2164 intel INTEL 82360 CD 2399 GP A049 crystal
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Intel386TMCORP Intel386TM lntel386TM Intel386 IOCS16# MEMCS16# Ctg27 LT1667 LT1665 CA10 A058 dk 300 a008 82360SL LCD CMC 116 L01 2164 intel INTEL 82360 CD 2399 GP A049 crystal | |
Contextual Info: A D JW A M Q E O M P IRIiM irO i8 N Intel386 SXSA EMBEDDED MICROPROCESSOR • Static lntel386TM CPU Core — Low Power Consumption — Operating Power Supply 4.5V to 5.5V—25 MHz and 33 MHz 4.75V to 5.25V—40 MHz — Operating Frequency SA-40 - 40 MHz |
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Intel386â lntel386TM SA-40 SA-33 SA-25 Intel386 32-bit 4fl2bl75 | |
Contextual Info: inter [P ^ P(U (ST PIH1E¥0EW M85C224 FAST 1-MICRON CHMOS 8-MACROCELL /¿PLD • High-Performance, Low-Power Upgrade for SSI/MSI Logic and Bipolar PLDs in lntel386TM, ¡486 t m , |860 t m , 80960 Series, and Other High-Performance Systems ■ 66 MHz Max Frequency (External |
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M85C224 lntel386TM, 24-pin Intel386, INP14 INP13 INP12 | |
Contextual Info: PIE5@ y T [p[^E¥00 in te l Military lntel386TM EX EMBEDDED MICROPROCESSOR • Static Intel386 CPU Core — Low Power Consumption — 5V ± 5% Operating Power Supply — 25 MHz Operating Frequency Large Uniform Address Space — 64 Megabyte Physical — 64 Terabyte Virtual |
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lntel386TM Intel386â lntel387TM 32-bit AP-469, Intel486â AP-498, AP-499, | |
Contextual Info: A W Â M ! D M IF iO ^G töA TF O !^ in te i SPECIAL ENVIRONMENT lntel386TM EX EMBEDDED MICROPROCESSOR • Static ln tel38 6 T M CPU Core — Low Power Consumption — 5V ± 5% Operating Power Supply — 25 MHz Operating Frequency ■ Transparent Power-management |
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lntel386TM tel38 32-bit Intel386 16-bit 168-lead 164-lead | |
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Contextual Info: in te i lntel386TM EX EMBEDDED MICROPROCESSOR Static Intel386 CPU Core — Low Power Consumption — Operating Power Supply 2.7V to 5.5V — Operating Frequency 16 MHz at 2.7V to 3.3V; 20 MHz at 3.0V to 3.6V; 25 MHz at 4.5V to 5.5V integrated Memory Management Unit |
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lntel386TM Intel386â Intel386 | |
231369
Abstract: PLCC 68 intel
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Intel387TM Intel387 lntel386 80-Bit 68-Pin tel387TM lntel387T" Intel386 231369 PLCC 68 intel | |
Contextual Info: int ! P » D U © T IP K IIW O E W Intel386 EX EMBEDDED MICROPROCESSOR Static lntel386TM CPU Core — Low Power Consumption — Operating Power Supply 2.7V to 5.5V — Operating Frequency 16 MHz at 2.7V to 3.3V; 20 MHz at 3.0V to 3.6V; 25 MHz at 4.5V to 5.5V |
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Intel386â lntel386TM Intel386 | |
Contextual Info: in t e i SPECIAL ENVIRONMENT lntel386TM EX EMBEDDED MICROPROCESSOR • Static Intel386 CPU Core — Low Power Consumption — 5V + 5% Operating Power Supply — 25 MHz Operating Frequency ■ Transparent Power-management System Architecture ■ Powerdown Mode |
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lntel386TM Intel386â 32-bit Intel386 16-bit 168-lead 164-lead | |
Contextual Info: in te i SPECIAL ENVIRONMENT l n t e l 386 TM EX EMBEDDED MICROPROCESSOR Numerics Support with Special Environment Intel3 8 7 SX Math Coprocessor • Static lntel386TM CPU Core — Low Power Consumption — 5V ± 5% Operating Power Supply — 25 MHz Operating Frequency |
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lntel386TM 168-Pin 164-Pin 32-bit 168-lead 164-lead Intel386 tntel387 Intel387 | |
microprocessor 80286 internal architecture
Abstract: Intel 8086 physical characteristics embedded microprocessor SX 115C
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Intel386TM lntel386TM V--25 5V--40 SA-40 SA-33 SA-25 32-bit 32-blt microprocessor 80286 internal architecture Intel 8086 physical characteristics embedded microprocessor SX 115C | |
CD 2399 GP
Abstract: 80387 DX Users Manual Programmers Reference
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Intel486â 168-Pin 32-Bit 32-Blt 4c00h CD 2399 GP 80387 DX Users Manual Programmers Reference | |
coprocessorContextual Info: in y Intel387 SX MATH COPROCESSOR N e w A u to m a tic P o w e r M a n a g e m e n t — L o w P o w e r C o n su m p tio n — T y p ic a lly 100 m A in D y n a m ic M o de, an d 4 m A in Id le M o d e S o c k e t C o m p a tib le w ith In te l3 8 7 Fam ily |
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Intel387â ASM286 ASM86 ASM286 ASM86. coprocessor | |
Contextual Info: in tj 2-MBIT 128K x 16, 256K x 8 BOOT BLOCK FLASH MEMORY FAMILY 28F200BX-T/B, 28F002BX-T/B • x8/x16 Input/Output Architecture — 28F200BX-T, 28F200BX-B — For High Performance and High Integration 16-bit and 32-bit CPUs ■ x8-only Input/Output Architecture |
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28F200BX-T/B, 28F002BX-T/B x8/x16 28F200BX-T, 28F200BX-B 16-bit 32-bit 28F002BX-T 28F002BX-B 16-KB | |
Contextual Info: P R is y iif iiO K iÆ in r in ie l VE28F008 8 MBIT (1 MBIT x 8 FLASH MEMORY • High-Density Symmetrically Blocked Architecture — Sixteen 64 Kbyte Blocks Very High-Performance Read — 95 ns Maximum Access Time ■ Avionics Temperature Range 40°C to + 125°C |
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VE28F008 -40-Lead 4AEL17S 40-Pln 28F008SA-L AP-359 28F008SA AP-360 |