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TPCA8A11-H Toshiba America Electronic Components Chip One Exchange 2,824 - -

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2002 - Not Available

Abstract: No abstract text available
Text: 29⁄16 29⁄16 35⁄8 3 1 5 ⁄8—11 UNC 1.152 .743 .414 .162 3 213⁄16 23⁄16 21⁄4 3 1 5 ⁄8—11 UNC 1.152 .743 .743 .464 4 23⁄16 37⁄64 31⁄2 3 1 5 ⁄8—11 UNC 1.152 .743 1.152 .743 6 213⁄16 31⁄2 3 1 5 ⁄8—11


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PDF PAE-3921-9-2 kcmil-397 PAE-9941-9 PAE-2121-9â PAE-4141-9â PAE-2121-79
2002 - Not Available

Abstract: No abstract text available
Text: ⁄8—11 x 11⁄2 19⁄16 21⁄16 11⁄2 119⁄64 1 15⁄16 ⁄8—11 x 11⁄2


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PDF 35mm2 70mm2 95mm2 10mm2 16mm2
2002 - Not Available

Abstract: No abstract text available
Text: 11⁄4 113⁄32 113⁄16 ⁄8—11 x 11⁄2 19⁄16 ⁄8—11 x 11⁄2 ⁄4—10 x 13⁄4


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2002 - Not Available

Abstract: No abstract text available
Text: „8–16 x 11⁄8 3 ⁄8–16 x 11⁄8 ⁄2–13 x 11⁄4 ⁄2–13 x 11⁄4 ⁄8–11 x 11⁄2 ⁄8–11


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2002 - Not Available

Abstract: No abstract text available
Text: 3⁄4 ⁄8–11 x 1 ⁄8–11 x 1 ⁄4–10 x 11⁄4 3 219 GROUNDING ® Thomas &


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PDF 35mm2 70mm2 95mm2 10mm2 16mm2
2000 - 173-Mil

Abstract: IN914 W27L520 W27L520S-70 W27L520S-90 W27L520W-70 W27L520W-90
Text: (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at , [7:0] Program VIH VPP AIN VDP DIN Erase 1 VIH VPE A8&A11 = VIL, A9 = , Voltage (Erase & Erase Verify) VIL VIH VOL VIN = VIL or VIH ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH , =0 VDD= 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address =


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PDF W27L520 W27L520 173-Mil IN914 W27L520S-70 W27L520S-90 W27L520W-70 W27L520W-90
2000 - IN914

Abstract: W27E520 W27E520S-70 W27E520S-90 W27E520W-70 W27E520W-90
Text: mode. One is to raise OE/VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low , VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X VDE X Erase 2 VIH VPE , VIH ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X IOL = 2.1 mA VOH IOH = -0.4 mA VHH VPE VPE , Information W27E520 SMART ERASE ALGORITHM 1 Start X=0 VDD= 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V


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PDF W27E520 W27E520 IN914 W27E520S-70 W27E520S-90 W27E520W-70 W27E520W-90
2000 - Not Available

Abstract: No abstract text available
Text: . One is to raise OE/VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and , Erase 1 VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X VDE X Erase 2 VIH , VIL or VIH ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X ALE = VIH, OE/VPP = VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X IOL = 2.1 mA VOH IOH = -0.4 mA VHH , ERASE ALGORITHM 1 Start X=0 VDD= 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH


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PDF W27LE520 W27LE520
1998 - 87c510

Abstract: 87C751 87C750 free circuit eprom programmer Application Note EPROM Programming 80C51 Family SU00317 80C51 031H 87C752
Text: .7 87C51 0 P2.0­P2.3 A8­A11 VSS SU00017 Figure 1. Programming Configuration 1998 Jan , .7 4­6MHz XTAL1 0 ENABLE P2.6 XTAL2 0 P2.0­P2.3 A8­A11 VSS SU00019 Figure 2


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PDF 80C51 87C51 10-bit 87C751 87C752 87C751 87C51 87C51. 87c510 87C750 free circuit eprom programmer Application Note EPROM Programming 80C51 Family SU00317 031H 87C752
Not Available

Abstract: No abstract text available
Text: I VCC P1 0 P2.0-P2.3 A8-A11 VSS SU00017 Figure 1. Programming Configuration , 0 P2.0-P2.3 A8-A11 \ r - - Vss -z tr SU00019 Figure 2. Program


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PDF 80C51 87C51 10-bit 87C751 95H-87C752 87C751 87C51 87C51.
2001 - IN914

Abstract: W27L520 W27L520S-70 W27L520S-90 W27L520W-70 W27L520W-90 AD4813
Text: #OE/VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and all other , ] Program VIH VPP AIN VDP DIN Erase 1 VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH , #OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address = First


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PDF W27L520 W27L520 IN914 W27L520S-70 W27L520S-90 W27L520W-70 W27L520W-90 AD4813
2005 - Not Available

Abstract: No abstract text available
Text: (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at fixed low or high , AIN AIN X X AIN A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X First command: Addr. = 5555 (hex) Second , ALGORITHM 1 Start X=0 VDD= 6.5V #OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS


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PDF W27L520
2000 - Not Available

Abstract: No abstract text available
Text: . One is to raise OE /VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and , VIH VIH OE /VPP PIN OTHER ADDRESS X AIN X AIN AIN A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X , = 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address = First


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PDF W27E520
2005 - Not Available

Abstract: No abstract text available
Text: . One is to raise OE /VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and , VIH VPP VPE VPE PIN OTHER ADDRESS AIN AIN X X AIN A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X , = 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address = First


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PDF W27E520
2005 - Not Available

Abstract: No abstract text available
Text: . One is to raise #OE/VPP to VPE (13V), VDD = VDE (6.5V), A9 = VHH (13V), A10 = high A8&A11 = low, and , ADDRESS AIN AIN X X AIN A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X First command: Addr. = 5555 (hex , W27C520 18. SMART ERASE ALGORITHM 1 Start X=0 VDD= 6.5V #OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10


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PDF W27C520
2000 - 5.5V .22f capacitor

Abstract: .22F capacitor 3.3V IN914 W27C520 W27C520S-70 W27C520S-90 W27C520W-70 W27C520W-90
Text: (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at fixed low or high , VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X VDE X Erase 2 VIH VPE , X=0 VDD= 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse


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PDF W27C520 W27C520 5.5V .22f capacitor .22F capacitor 3.3V IN914 W27C520S-70 W27C520S-90 W27C520W-70 W27C520W-90
2000 - IN914

Abstract: W27E520 W27E520S-70 W27E520S-90 W27E520W-70 W27E520W-90
Text: (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at fixed low or high , ] Program VIH VPP AIN VDP DIN Erase 1 VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH , = 6.5V OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address = First


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PDF W27E520 W27E520 IN914 W27E520S-70 W27E520S-90 W27E520W-70 W27E520W-90
2000 - IN914

Abstract: W27LE520 W27LE520S-70 W27LE520S-90 W27LE520W-70 W27LE520W-90
Text: (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at fixed low or high , VIH VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X VDE X Erase 2 VIH VPE , OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address = First


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PDF W27LE520 W27LE520 IN914 W27LE520S-70 W27LE520S-90 W27LE520W-70 W27LE520W-90
1996 - 87C51

Abstract: 87c51fc 80C51 family EPROM products 87C451 80C51 031H 87C552 87C550 87C52 87C598
Text: .7 87C51 XTAL2 4­6MHz XTAL1 PSEN 1 P2.6 P3.7 0 0 P2.0­P2.3 A8­A11 VSS , P2.0­P2.3 A8­A11 VSS SU00019 Figure 2. Program Verification (030H) = 15H indicates the


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PDF 80C51 87C51, 87C752 87C51. 10-bit 87C751 87C752 87C51 87c51fc 80C51 family EPROM products 87C451 031H 87C552 87C550 87C52 87C598
2002 - IN914

Abstract: W27C520 W27C520S-70 W27C520S-90 W27C520W-70 W27C520W-90 AD4813
Text: (13V), A10 = high A8&A11 = low, and all other address pins include AD[7:0] keep at fixed low or high , VPE A8&A11 = VIL, A9 = VPE, A10 = VIH, Others = X VDE X Erase 2 VIH VPE First , = 6.5V #OE/Vpp = 13V A9 = 13V; A8&A11 = V IL A10 = V IH Chip Erase 100 mS Pulse Address =


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PDF W27C520 W27C520 opera798 IN914 W27C520S-70 W27C520S-90 W27C520W-70 W27C520W-90 AD4813
cable sideband 8087

Abstract: SFF-8086 SFF-8087 36p SFF-8087 cable SFF-8087 SFF8086 MiniSAS SFF 8087 SFF-8087 pinouts SFF8087
Text: THROUGH THE PADDLECARD GROUND PLANES 2. A8-A11 AND B8-B11 HAVE NO CONNECTIONS TO CABLE -(30)-


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PDF 8F36-AAXX05-X 8F36-AAXX05- SL8801/12-111A5-00 SL8801/12-101A5-00 SL8802/08-211N5-00 SL8802/08-201N5-00 DA1f/9/10 5M-1982 cable sideband 8087 SFF-8086 SFF-8087 36p SFF-8087 cable SFF-8087 SFF8086 MiniSAS SFF 8087 SFF-8087 pinouts SFF8087
2009 - powertip tft

Abstract: DS51790 SSD1926 SSD1926 Board powertip 480X272 powertip AC164127 PIC32 480X272 touch screen for PIC32
Text: Symbol Level A1, B1 A2, B2 A3, A4 B3, B4 A5, B5 A6 B6 A7 B7 A8-A11 , B8-B10 B11 +9V


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PDF 480x272 480x272) 24-bit PIC32 SSD1926 DATA14 DATA13 DATA12 powertip tft DS51790 SSD1926 Board powertip 480X272 powertip AC164127 touch screen for PIC32
2014 - powertip 480X272

Abstract: DS51790
Text: /Y+ I/O Touch Panel Bottom A8-A11 , B8-B10 NC — Not Connected B11 BKLHT_PWM


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PDF 480x272 480x272) 24-bit PIC32 SSD1926 972-81LCD DATA14 DATA13 powertip 480X272 DS51790
LVT162240

Abstract: 74LVT162240MTD 74LVT162240MTDX MS48A MTD48 124901
Text: Inputs Outputs ÖE3 "s-l-11 Ö8-Ö11 L L L H H X H L Z Inputs Outputs ÜE2 I4-I7 O4-Ö7 L L L H H X


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PDF LVT162240 16-Bit LVT162240 l2-15 TL/F/12490-3 s-l-11 D0fl52Ji5 74LVT162240MTD 74LVT162240MTDX MS48A MTD48 124901
"saturation flag"

Abstract: ncl 071 PGA121 4kx16 ram INSTRUCTION SET motorola 6800 6800 intel microprocessor pin diagram 24CCR PLCC52 motorola 1031 intel 68000 INSTRUCTION SET
Text: -MC CSDL CSDH NOP LP - ^ / N D0:D15 or AO A7 A8-A11 D0-D7 D8-D15 control LOCAL BUS »DD - v SS , : 7), D (8 : 15). A8-A11 o Address Bus High order addresses for local interface (RAM). DS or RD o , ADO-AD7 4Kx16 RAM DATA 16 DS or RD, RyW Of WR A8-A11 M88ST18930-08 Figure 6 C : HOST , , pins AD0-AD7 can be used to provide 8 LSB addresses, while A8-A11 provides 4 MSB addresses to the RAM , are used for Intel-like bus compatibility. A8-A11 : Address bits (4) AD0-AD7 : Optional additional


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PDF ST18930/31 16-BIT 32-BIT ST18930 ST18931 "saturation flag" ncl 071 PGA121 4kx16 ram INSTRUCTION SET motorola 6800 6800 intel microprocessor pin diagram 24CCR PLCC52 motorola 1031 intel 68000 INSTRUCTION SET
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