NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: transceiver section, data flow in the A-to-B mode is controlled by output-enable (10EAB or 20EAB 20EAB) and clock (1CLKAB or 2CLKAB) inputs. When 10EAB (or 20EAB 20EAB) is low, the corresponding B outputs are active (high or , 74AC16474 74AC16474, 74ACT16474 74ACT16474 . (TOP VIEW) WD PACKAGE DL PACKAGE 10EAB C 1 U 56 HlOEBA 1 CLKAB C 2 55 H1 CLKBA , Ü2B9 2CLKAB [ 27 30 H 2CLKBA 20EAB 20EAB[ 28 29 H 20EBA 20EBA "U 30 O O O H -o 33 m < m 3 When 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-impedance state. 10EAB (or 20EAB 20EAB) does not ... | OCR Scan |
2 pages, |
74ACT16474 74AC16474 54ACT16474 54AC16474 12B2 18-BIT TI0250 18-BIT abstract |
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| Abstract: output-enable (10EAB and 20EAB 20EAB), clock-enable (1CEAB and 2CEAB), and clock (1CLKAB and 2CLKAB) inputs. When , low-to-high transition of 1CLKAB (or 2CLKAB). If 10EAB (or 20EAB 20EAB) is also low, this stored data appears on the corresponding B outputs; if 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-Impedance state. 10EAB (or 20EAB 20EAB) does not affect the operation of the internal registers. Previously stored data , view) 10eabc 1 u56 dioeba iclkabc 2 55 11clkba iceabc 3 54 ulceba gndc 4 53 ]gnd iaic 5 52 ]1b1 ... | OCR Scan |
2 pages, |
74ACT16952 54ACT16952 54AC16952 74AC16952 16-BIT TJ0238 D3560 54AC16952 abstract |
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| Abstract: output-enable (10EAB or 20EAB 20EAB) and clock (1CLKAB or 2CLKAB) inputs. When 10EAB (or 20EAB 20EAB) Is low, the , When 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-impedance state. 10EAB (or ... | OCR Scan |
2 pages, |
74ACT16474 74AC16474 54ACT16474 54AC16474 20EABC 54AC16474 abstract |
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| Abstract: by output-enable (10EAB or 20EAB 20EAB) and clock (1CLKAB or 2CLKAB) inputs. When 10EAB (or 20EAB 20EAB) is low , , 74ACT16475 74ACT16475 . OL PACKAGE (TOP VIEW) 10EABC 1CLKABC 1 Al C gndC 1A2C *cc 1 u 56 2 55 3 54 4 53 5 52 « , 120EBA 120EBA "O 73 O O q â- o 3D m < m 3 When 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-Impedance state. 10EAB (or 20EAB 20EAB) does not affect the operation of the Internal ... | OCR Scan |
2 pages, |
74ACT16475 54ACT16475 54AC16475 74AC16475 18-BIT 54AC16475 abstract |
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| Abstract: by output-enable (10EAB or 20EAB 20EAB), direction-enable (1DEAB or 2DEAB), and clock (1CLKAB or 2CLKAB) inputs. 54AC16471 54AC16471, 54ACT16471 54ACT16471 . WD PACKAGE 74AC16471 74AC16471, 74ACT16471 74ACT16471 . DL PACKAGE (TOP VIEW) [9 10EABC , buffers are controlled by 1CLKAB (or 2CLKAB) and 10EAB (or 20EAB 20EAB). A low level on 1CLKAB (or 2CLKAB , 2CLKAB) causes the corresponding registers to be loaded with the current A-bus data. If 10EAB (or 20EAB 20EAB , 10EAB (or 20EAB 20EAB) causes the B outputs to be in the high-impedance state. u 30 O O c q "O 39 m < m ... | OCR Scan |
2 pages, |
74ACT16471 74AC16471 54ACT16471 54AC16471 10E8A 0247035 T-52-3 16-BIT T-52-3 abstract |
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| Abstract: device on a low-to-high transition of 1CLKAB (or 2CLKAB). If 10EAB (or 20EAB 20EAB) is also low, this stored data appears on the corresponding B outputs; if 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-impedance state. 10EAB (or 20EAB 20EAB) does not affect the operation of the internal , dl package (top view) 10EAB c 1 u56 1CLKABc 2 SS 1CËÂB[ 3 54 GND C 4 53 1A1[ 5 52 1A2C S 51 ... | OCR Scan |
2 pages, |
74ACT16952 54ACT16952 T10238 54AC16952 74AC16952 16-BIT D3560 54AC16952 abstract |
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| Abstract: a low-to-high transition of 1clkab (or 2clkab). If 10eab (or 20eab) Is also low, this stored data appears on the corresponding b outputs; if 10eab (or 20eab) is high, the corresponding b outputs are In the high-impedance state. 10eab (or 20eab) does not affect the operation of the Internal registers. , PACKAGE (TOP VIEW) 10EABÇ t u56 ]1QEBA iclkabC 2 SS Ü1CLKBA 1CEAB[ S 54 Diceba gndC 4 S3 ]GND 1A1[ S ... | OCR Scan |
2 pages, |
74ACT16953 74AC16953 54ACT16953 54AC16953 2A8C 16-BIT 54AC16953 abstract |
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| Abstract: stored in the device on a low-to-high transition of 1CLKAB (or 2CLKAB). If 10EAB (or 20EAB 20EAB) is also low, this stored data appears on the corresponding B outputs; if 10EAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-impedance state. 10EAB (or 20EAB 20EAB) does not affect the operation of the , . (TOP VIEW) WD PACKAGE OL PACKAGE 10EABC 1 Use J 10EBA 10EBA 1CLKAB E 2 55 H1CLKBA 1CEAB E 3 54 ... | OCR Scan |
2 pages, |
D3S61 74ACT16953 74AC16953 54ACT16953 54AC16953 2A8C 16-BIT TKJ239 D3561 54AC16953 abstract |
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| Abstract: flow in the A-to-B mode is controlled by output-enable (10EAB or 20EAB 20EAB) and clock (1CLKAB or 2CLKAB) inputs. When 10EAB (or 20EA8 20EA8) is low, the corresponding B outputs are active (high or low logic levels , When 1QEAB (or 20EAB 20EAB) is high, the corresponding B outputs are in the high-impedance state. 10EAB (or ... | OCR Scan |
2 pages, |
h1b8 74ACT16475 54ACT16475 54AC16475 74AC16475 18-BIT TI0251 D3574 54AC16475 abstract |
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| Abstract: 54AC16470 54AC16470, S4ACT16470 S4ACT16470 . WD PACKAGE 74AC16470 74AC16470, 74ACT16470 74ACT16470 . DL PACKAGE (TOP VIEW) 10EABC 1CLKABC 1DEAB , by 1CLKAB (or 2CLKAB) and 10EAB (or 20EAB 20EAB). A low level on 1CLKAB (or 2CLKAB) inhibits register , of the registers. A high level on 10EAB (or 20EAB 20EAB) causes the B outputs to be in the high-Impedance ... | OCR Scan |
2 pages, |
BS5303 74ACT16470 74AC16470 54AC16470 TI0246 D3569 TI0246 abstract |
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| Abstract: RDRAM Module Code Information(1/2) Last Updated : February 2009 MXXXXXXXXXXX - XXXXX 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1. Memory Module(M) 10. Component Generation M : M-die 2. Module Configuration D : 32 bit RIMM® (232pin) A : A-die B : B-die N : NexModTM (BGA type connector) C : C-die P : NexModTM (PGA type connector) D : D-die R : RIMM E : E-die S : SO-RIMMTM I : I-die 3~4. Data Bit & Module Type* 16 : x16 Non- ... | Original |
2 pages, |
54-WBGA datasheet abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| :10EAA000F53C220C0B02EAB1C29300C290D290D284 :< :10EAC000EB 10EAC000EB 10EAC000EB 10EAC000EB www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC17128.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| 56012E493C2AFA5 56012E493C2AFA5 56012E493C2AFA5 56012E493C2AFA5 :10EAA000EA60010E12E7F075370175364012E84949 : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC17128D.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| CDF7C9CDC9E4 :10EAA00008090DDCF122C292AC3C74622CF97D089D : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1718.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 :10EAA00090FFF4E53EF0E53F12EDD32212E0C17590 : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1718D.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| 12EDE4AD44DDFE223F 12EDE4AD44DDFE223F 12EDE4AD44DDFE223F 12EDE4AD44DDFE223F :10EAA00090FFF4E53EF0E53F12EDD62212E0C1758D : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1718L.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| 56012E493C2AFA5 56012E493C2AFA5 56012E493C2AFA5 56012E493C2AFA5 :10EAA000EA60010E12E7F075370175364012E84949 : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC17256D.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| :10EAA000F53C220C0B02EAB1C29300C290D290D284 :< :10EAC000EB 10EAC000EB 10EAC000EB 10EAC000EB www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1736.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| :10EAA000F53C220C0B02EAB1C29300C290D290D284 :< :10EAC000EB 10EAC000EB 10EAC000EB 10EAC000EB www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1736A.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 12EDE1AD44DDFE2245 :10EAA00090FFF4E53EF0E53F12EDD32212E0C17590 : www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1736D.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |
| :10EAA000F53C220C0B02EAB1C29300C290D290D284 :< :10EAC000EB 10EAC000EB 10EAC000EB 10EAC000EB www.datasheetarchive.com/download/51966250-958169ZC/xpp_520.zip (XC1765.DSF) |
Xilinx | 07/09/1996 | 124.6 Kb | ZIP | xpp_520.zip |