49C40 Search Results

Contextual Info: 16-BIT CMOS MICROPROCESSOR SLICE 49C402 id t 49C402A Inte3rated Device T e c h n o k ^ y Inc MIC R OSLICE PR OD UC T FEATURES: DESCRIPTION: • Functionally equivalent to four 2901s and one 2902 • ID 49C402A 4 5 % faster than four 2901s and one 2902A

16kx8 static ram ttl

Abstract: 1K x 8 static ram 6116 RAM SRAM 6116 ram 6116 29FCT520 c 3198 transistor MQUAD 72125 8kx9 sram
Contextual Info: As of 9/28/95 Page 1 Alpha-Numeric List of Products Product 10474 10480 10484 10490 10494 10504 10A474 10A484 10B484 29FCT2052 29FCT52 29FCT520 29FCT520T 29FCT521T 29FCT52T 29FCT53 29FCT53T 49C3466 49C402 49C460 49C465 49C466 49FCT3805 49FCT805 49FCT805T 49FCT806

49c402

Abstract: IDT49C402 IDT49C402B 2901c IDT 49C402 IDT49C402A 198S ore32 E3235 49c402a
Contextual Info: INTEGRATED DEVICE - V - - • I ME : ÊT D • 4Ö25771 . •- - •. 16-BIT CMOS MICROPROCESSOR SLICE Integrated DeviceTechnofogy Inc. Q0GBflti7 Ô t.r, -". , IDT 49C402 IDT 49C402A IDT 49C402B M IC R O S U C E P R O D U C T DESCRIPTION: FEATURES:

Contextual Info: Intesrated DeviceTechnology. Inc 16-BIT CMOS MICROPROCESSOR SLICE IDT 49C403 IDT 49C403A FEATURES: DESCRIPTION: • M o no lith ic 16-bit C M O S yP S lice • R eplaces fo u r 2903As/29203s and a 2902A • Fast • Low p o w e r C M O S The ID 49C403 Is a hig h -sp ee d , fu lly ca s c a d a b le 16-bit CM OS

W6554

Abstract: IDT49C403 M8818 49C403 IDT49C403S e5066 CJ41
Contextual Info: In te g ra te d D e v ic e T e c h n o lo g y , In c 16-BIT CM O S M ICRO PRO CESSO R SLICE IDT 49C403 IDT 49C403A FEATURES: DESCRIPTION: • Monolithic 16-bit CMOS pP Slice The 49C403 is a high-speed, fully cascadable 16-bit CMOS microprocessor slice. It com bines the standard function of four

idt49c401

Abstract: 49C401
Contextual Info: i 16-BIT CM O S M ICRO PRO CESSOR SLICE Integrated Device Tech nolo3y. Inc M IC R O SLIC E 49C401 i d t 4 9C 401 a PR O D UC T FEATURES: DESCRIPTION: • The 49C401S are high-spej :u lly c a s c a d a b le 16-bit CM OS m ic ro p ro c e s s o r s lic e units w hr

Contextual Info: 49C402 49C402A 49C402B 16-BIT CMOS MICROPROCESSOR SLICE Integrated Device Technology, Inc. FEATURES: • Functionally equivalent to four 2901s and one 2902 • 49C402B is 60% faster than four 2901 Cs and one 2902A • Expanded tw o-address architecture with independent, si­

Contextual Info: 16-BIT CM O S M ICRO PRO CESSOR PRELIMINARY g L IQ jz 49C403A FEATURES: DESCRIPTION: • M o n o lith ic 16-bit C M O S yP S lice • R eplaces fo u r 2903A s/29203s a n d a 2902A • Fast • Low p o w e r C M O S T h e ID T49C 403 is a h ig h -sp ee d , fu lly c a s c a d a b le 16-bit C M OS

IDT49C402A

Abstract: idt49C402
Contextual Info: 16-BIT CM OS M ICRO PRO CESSO R SLICE FEATURES: 49C402 49C402A 49C402B The 49C402S include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, H, |2 ) which controls the source operand

Sw 2604

Abstract: 16kx8 static ram ttl 79r4600 4Kx8 Dual-Port Static RAM 4Kx4 SRAM 49c402 4kx8 sram SW 2603 sem 3040 ram 6116
Contextual Info: As of 10/10/95 Page 1 Product Selector Guide RISC Microprocessors and Embedded Control Products Product Product Description 32-bit RISC CPUs Speeds Pkgs Temp Volt Cache Other Data Doc ID Avail Speeds Pkgs Temp Volt Cache Other Data Doc ID Avail Support Chips for 32-bit CPUs

IDT49C402

Abstract: 49c402 ex-nor IDT49C402B 2901c exnor IDT49C402A 2902a 49c40 alu circuit with transistor
Contextual Info: 49C402 49C402A 49C402B 16-BIT CMOS MICROPROCESSOR SLICE Integrated Device Technology, Inc. FEATURES: • Functionally equivalent to four 2901s and one 2902 • 49C402B is 60% faster than four 2901Cs and one 2902A • Expanded two-address architecture with independent, simultaneous access to two 64 x 16 register files

Q101-5

Abstract: da1175 Q1015 IDT49C403 S4L3 IDT49C403S 49c403 DA872 16-B1T
Contextual Info: 16-BIT CM O S M ICRO PRO CESSO R SLICE ID T 49C 403 IDT 49C 403A FEATURES: DESCRIPTION: • M o n o lith ic 16-bit C M O S pP S lice • • R eplaces fo u r 2 903A s/29203s a n d a 2902A Fast — 5 0% faster th a n fo u r 29Q3As/29203s a n d a 2902 • Low p ow e r C M O S

circuit diagram of MUX 74151

Abstract: 74151 datasheet datasheet of MUX 74151 MUX 74151 basic block diagram of bit slice processors 49C402 74151 74151 mux IDT49C402 multiplexor 74151
Contextual Info: DUAL-PORT RAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE APPLICATION NOTE AN-09 Integrated Device Technology, Inc. By David C. Wyland ABSTRACT High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 1020 million instructions per second MIPS are common and

Sw 2604

Abstract: sem 3040 A 2611 data sheet 1kx8 static ram 54/74 TTL series 16kx8 static ram ttl 6116 sram 6168 sc 64Kx8 dual-port CMOS RAM cmos SRAM 35ns 128k X 8 dip
Contextual Info: Integrated Device Technology, Inc. As of 10/10/95 Page 1 Interactive Product Selector Guide RISC Microprocessors and Embedded Control Products Doc ID Product Product Description Doc ID RISC CPUs 32-bit Speeds Pkgs Temp Volt Cache Other Data Avail Speeds Pkgs

20/PCb board zd lty 6

Contextual Info: .«Sis Integrated D evice Tech n olo gy Inc 32-B IT C M O S M IC R O P R O G R A M M IC R O P R O C E S S O R M IC R O SLIC E advance id t 5 c 404A PR OD UC T FEATURES: DESCRIPTION: • The ID 49C404 is a c a scad a b le , m icrop ro gra m m a b le , h ig h ­

harvard architecture block diagram

Abstract: multiplexor 74151 74151 mux circuit diagram of MUX 74151 MUX 74151 74151 datasheet 49C402 IDT49C402 IDT49C402A IDT74FCT161
Contextual Info: APPLICATION NOTE AN-09 DUAL-PORT SRAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE By David C. Wyland Abstract Bit-Slice Versus RISC Architectrues High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 10-20 million instructions per

49C402

Abstract: 74151 mux ALU 74151 IDT49C402 MUX 74151 AN-09 basic block diagram of bit slice processors bit slice processors circuit diagram of MUX 74151 datasheet of MUX 74151
Contextual Info: DUAL-PORT SRAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE APPLICATION NOTE AN-09 Integrated Device Technology, Inc. By David C. Wyland ABSTRACT High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 1020 million instructions per second MIPS are common and

Contextual Info: 16-BIT CMOS MICROPROCESSOR SLICE 49C402 49C402A 49C402B Integrated Device Technology, Inc. The 49C402s include all of the normal functions associated with standard 2901 bit-slice operation: a a 3-bit instruction field lo, 11, l2 ) which controls the source operand

MUX 74151

Abstract: 49C402 IDT49C402 bit-slice 74151 mux IDT49C402A IDT74FCT161 IDT74FCT273 of MUX 74151
Contextual Info: APPLICATION NOTE AN-09 DUAL-PORT SRAMs YIELD BIT-SLICE DESIGNS WITHOUT MICROCODE By David C. Wyland Abstract Bit-Slice Versus RISC Architectrues High-performance controller designs use bit-slice components for their speed and design flexibility. Speeds of 10-20 million instructions per