sn74as888 datasheet & applicatoin notes
sn74as888 datasheet (2)
Part | ECAD Model | Manufacturer | Description | Type | |
---|---|---|---|---|---|
SN74AS888FN |
Texas Instruments |
8-Bit Processor Slices | Scan |
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SN74AS888GB |
Texas Instruments |
8-Bit Processor Slices | Scan |
|
sn74as888 Datasheets Context Search
Catalog Datasheet | MFG & Type | Document Tags | |
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SN74AS888
Abstract: AS888 CI 4016 SN74AS888-1 srf 2338 «Overflow detection» |
Original |
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SN54AS888, SN74AS888 1985-REVISED SN74AS888 AS888 CI 4016 SN74AS888-1 srf 2338 «Overflow detection» |
EATON CM20A
Abstract: A5 GNE mosfet Hall sensor 44e 402 2N8491 FTG 1087 S TRIAC BCR 10km FEB3T smd transistor marking 352a sharp EIA 577 sharp color tv schematic diagram MP-130 M mh-ce 10268 |
OCR Scan |
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SN74ALS123
Abstract: SN7401 74LS424 54175 SN74298 SN74265 SN74LS630 SN74LS69 National Semiconductor Linear Data Book Transistor AF 138 |
OCR Scan |
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MIL-M-38510 SN74ALS123 SN7401 74LS424 54175 SN74298 SN74265 SN74LS630 SN74LS69 National Semiconductor Linear Data Book Transistor AF 138 |
74AS888
Abstract: 54AS888 SN 2321 da152 5252-1F |
OCR Scan |
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7S26S 74AS888 54AS888 SN 2321 da152 5252-1F |
SN7401
Abstract: National Semiconductor 4045 transistor bf 175 74ALS569 74AS1008 SN7449 SN74ALS244A SN54ALS1000A SN74ALS519 SN54ALS27 |
OCR Scan |
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SN54/74 SN54ALS8003 SN74ALS8003 SN7401 National Semiconductor 4045 transistor bf 175 74ALS569 74AS1008 SN7449 SN74ALS244A SN54ALS1000A SN74ALS519 SN54ALS27 |
HD68HCOOOY12
Abstract: HD64400 ad 7137 CY7C9101 8207 siemens MOTOROLA 68012 |
OCR Scan |
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AM29030 AM29117 AM29325 AM29331 AM80186 AM80286 A9850 AM95C60 AM29050 PGA-146Ch4-S HD68HCOOOY12 HD64400 ad 7137 CY7C9101 8207 siemens MOTOROLA 68012 |
74AS888
Abstract: ic vertical la 78141 IC LA 78141 schematic D2822 equivalent sn74as888 74ALS96 74AS SERIES 74LS222 KJE y3 transistor TMS9900 |
OCR Scan |
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SN74AS888/890, SN74AS897, 16-Bit 74AS-EVM-8 SDV01IDV600R 74AS888 ic vertical la 78141 IC LA 78141 schematic D2822 equivalent sn74as888 74ALS96 74AS SERIES 74LS222 KJE y3 transistor TMS9900 |
Pipelined bit-slice architecture eases FFT implementation (Journal Article)
Pipelined bit-slice architecture eases FFT implementation (Journal Article) | OSTI. GOV
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For large arrays, fast fourier transforms (FFTs) prove superior to discrete fourier transforms (DFTs), but still too computation-intensive for general-purpose, real-time processors. A pipelined bit-slice array processor has an architecture suited for real-time FFTs. The Sn54/74As888, a 20-mhz bipolar 8-bit slice that’s scheduled for 1st quarter sampling, provides several features that suit it particularly well for ffts; these features include pipelined instruction prefetch, an alu-bypass scheme that speeds multiplication and division, a 3-operand register file with three I/O paths and internal shift multiplexers that eliminate external shift-control parts. 3 references.
- Authors:
-
Duval, J;
Niehaus, J
- Publication Date:
- Research Org.:
- Texas Instruments Inc., Waltham, MA
- OSTI Identifier:
- 5170652
- Resource Type:
- Journal Article
- Journal Name:
- EDN; (United States)
- Additional Journal Information:
- Journal Volume: 22
- Country of Publication:
- United States
- Language:
- English
- Subject:
- 99 GENERAL AND MISCELLANEOUS//MATHEMATICS, COMPUTING, AND INFORMATION SCIENCE; ARRAY PROCESSORS; ARCHITECTURE; DATA-FLOW PROCESSING; FOURIER TRANSFORMATION; INTEGRATED CIRCUITS; REAL TIME SYSTEMS; ELECTRONIC CIRCUITS; INTEGRAL TRANSFORMATIONS; MICROELECTRONIC CIRCUITS; PROGRAMMING; TRANSFORMATIONS; 990200* — Mathematics & Computers
Citation Formats
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- Chicago
- BibTeX
Duval, J, and Niehaus, J. Pipelined bit-slice architecture eases FFT implementation. United States: N. p., 1983.
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Duval, J, & Niehaus, J. Pipelined bit-slice architecture eases FFT implementation. United States.
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Duval, J, and Niehaus, J. 1983.
"Pipelined bit-slice architecture eases FFT implementation". United States.
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@article{osti_5170652,
title = {Pipelined bit-slice architecture eases FFT implementation},
author = {Duval, J and Niehaus, J},
abstractNote = {For large arrays, fast fourier transforms (FFTs) prove superior to discrete fourier transforms (DFTs), but still too computation-intensive for general-purpose, real-time processors. A pipelined bit-slice array processor has an architecture suited for real-time FFTs. The Sn54/74As888, a 20-mhz bipolar 8-bit slice that's scheduled for 1st quarter sampling, provides several features that suit it particularly well for ffts; these features include pipelined instruction prefetch, an alu-bypass scheme that speeds multiplication and division, a 3-operand register file with three I/O paths and internal shift multiplexers that eliminate external shift-control parts. 3 references.},
doi = {},
url = {https://www.osti.gov/biblio/5170652},
journal = {EDN; (United States)},
number = ,
volume = 22,
place = {United States},
year = {1983},
month = {10}
}
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