diode t25 4 B9
Abstract: transistor af18 socket s1 diode t25 4 d9
Text: P1 TTL0 D3 A1 TTL3 A2 TTL6 A3 TTL9 P1 D2 D1 D0 A4 S1-W2 S1-AA4 S1-AD3 S1-AE3 TTL1 P1 D4 B1 TTL4 B2 TTL7 B3 TTL10 B4 AID6 A5 TTL12 B5 AID5 A6 TTL14 B6 AID4 A7 PVCC B7 AID0 A8 +5V B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11 S1-U2 S1-R2 D6 TDI TTL2
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TTL10
TTL12
TTL14
TTL18
TTL44
TTL19
S1-M24
S1-AD12
S1-D12
TTL17
diode t25 4 B9
transistor af18
socket s1
diode t25 4 d9
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HW-133-PC68
Abstract: HW-133 S124 socket s1 S1-25 s159 socket s1 a1 a2 61S161 XC7354 MRX TTL-45
Text: ZONE REV 01 P1 TTL0 TTL3 A2 TTL6 A3 TTL9 A4 AID6 AID5 D3/D0 D2/D4 S1-25 S1-29 S1-28 S1-27 TTL1 B2 TTL7 B3 TTL10 B4 A5 TTL12 B5 A6 TTL14 B6 D1/D3 D0/D2 AID4 A7 PVCC B7 AID0 A8 +5V B8 A9 AID2 AID3 TTL18 B9 A10 AGND B10 A11 TTL44 B11 AID7 A12 AGND B12 AGND A13
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S1-25
S1-29
S1-28
S1-27
TTL10
TTL12
TTL14
TTL18
TTL44
TTL11
HW-133-PC68
HW-133
S124
socket s1
S1-25
s159
socket s1 a1 a2
61S161
XC7354 MRX
TTL-45
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S124
Abstract: diode s1 85
Text: P1 TTL0 P1 D3 A1 TTL3 A2 TTL6 A3 TTL9 A4 D2 D1 D0 S1-57 S1-54 S1-52 S1-51 TTL1 TTL4 B2 TTL7 B3 TTL10 B4 A5 TTL12 B5 AID5 A6 TTL14 B6 AID4 A7 PVCC B7 AID0 A8 PVSP B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11 AID7 A12 AGND B12 AGND A13 AGND B13 CGND
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S1-57
S1-54
S1-52
S1-51
TTL10
TTL12
TTL14
TTL18
TTL44
SGND/D11
S124
diode s1 85
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socket s1
Abstract: diode s1 61 diode s1 77 diode s1 85 S124 040 d10 diode s1 diode s1 74 HW-133-PQ160 S1 18
Text: P1 TTL0 P1 D3 A1 TTL3 A2 TTL6 A3 TTL9 A4 D2 D1 D0 S1-90 S1-82 S1-79 S1-77 TTL1 TTL4 B2 TTL7 B3 TTL10 B4 A5 TTL12 B5 AID5 A6 TTL14 B6 AID4 A7 PVCC B7 AID0 A8 PVSP B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11 AID7 A12 AGND B12 AGND A13 AGND B13 CGND
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S1-90
S1-82
S1-79
S1-77
TTL10
TTL12
TTL14
TTL18
TTL44
SGND/D15
socket s1
diode s1 61
diode s1 77
diode s1 85
S124
040 d10
diode s1
diode s1 74
HW-133-PQ160
S1 18
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S124
Abstract: diode s1 74 s167 TTL-45 HW-133 S176
Text: ZONE REV 01 P1 TTL0 TTL3 A2 TTL6 A3 TTL9 A4 AID6 A5 D3 D2 D1 D0 S1-36 S1-33 S1-32 S1-31 TTL1 TTL4 B2 C3 C4 TTL12 B5 TTL13 C5 TTL15 C6 TTL16 C7 TTL17 C8 TTL19 C9 AGND C10 PVCC C11 PVCC B7 A8 +5V B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11 AID7
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S1-36
S1-33
S1-32
S1-31
S1-37
S1-40
TTL11
TTL13
TTL15
TTL16
S124
diode s1 74
s167
TTL-45
HW-133
S176
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S1A14
Abstract: S1d9 225-pin BGA Socket S1g4 XC73108 S1-K14 S1G15 HW-133 S1D5 S1D-13
Text: ZONE REV 01 P1 TTL0 TTL3 A2 TTL6 A3 TTL9 A4 AID6 D3 D2 D1 D0 S1-M15 S1-N14 S1-P14 S1-N12 A5 TTL1 B2 TTL7 B3 TTL10 B4 TTL12 A6 TTL14 B6 AID4 A7 PVCC B7 AID0 A8 PVSP B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11 AID7 A12 AGND B12 AGND A13 AGND B13
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S1-M15
S1-N14
S1-P14
S1-N12
TTL10
TTL12
TTL14
TTL18
TTL44
TTL46
S1A14
S1d9
225-pin BGA
Socket S1g4
XC73108
S1-K14
S1G15
HW-133
S1D5
S1D-13
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Socket S1g3
Abstract: A7 B14 B12 diode S1-N13 Socket S1g2 S1G15 TTL-45 HW-133 S1-F13 S1G3
Text: ZONE REV 01 P1 TTL0 TTL3 A2 TTL6 A3 TTL9 A4 AID6 A5 D3 D2 D1 D0 S1-M15 S1-N14 S1-P14 S1-N12 TTL1 TTL4 B2 C3 C4 TTL12 B5 TTL13 C5 TTL15 C6 TTL16 C7 TTL17 C8 TTL19 C9 AGND C10 PVCC C11 B7 AID0 A8 PVSP B8 AID1 A9 TTL18 B9 AID2 A10 AGND B10 AID3 A11 TTL44 B11
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S1-M15
S1-N14
S1-P14
S1-N12
S1-K14
S1-J15
TTL11
TTL13
TTL15
TTL16
Socket S1g3
A7 B14
B12 diode
S1-N13
Socket S1g2
S1G15
TTL-45
HW-133
S1-F13
S1G3
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diode s1 77
Abstract: S124 diode s1 diode s1 74 socket s1 S1-100 S1-128
Text: P1 TTL0 P1 D3 A1 TTL3 A2 TTL6 A3 TTL9 A4 D2 D1 D0 S1-118 S1-110 S1-103 S1-100 TTL1 TTL8 C3 B4 TTL11 C4 TTL13 C5 TTL15 C6 TTL16 C7 TTL17 C8 TTL19 C9 AGND C10 PVCC C11 TTL20 C12 TTL21 C13 TTL22 C14 TTL23 C15 TTL24 C16 TTL25 C17 PVCC C18 TTL26 C19 PVPP C20 TTL28
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S1-118
S1-110
S1-103
S1-100
S1-122
S1-127
TTL11
TTL13
TTL15
TTL16
diode s1 77
S124
diode s1
diode s1 74
socket s1
S1-100
S1-128
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asynchronous fifo vhdl
Abstract: 8 BIT ALU design with verilog/vhdl code full subtractor using ic 74138 74139 for bcd to excess 3 code vhdl code for 8bit bcd to seven segment display 32 BIT ALU design with verilog/vhdl code 74594 16 BIT ALU design with verilog/vhdl code B1516 RAM1024
Text: QuickWorks User Manual with SpDE Reference Release 2009.2.1 Contact Information QuickLogic Corporation 1277 Orleans Drive Sunnyvale, CA 94089 Phone: (408) 990-4000 (US) (905) 940-4149 (Canada) +(44) 1932-57-9011 (Europe) +(852) 2567-5441 (Asia) E-mail: info@quicklogic.com
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HW-133
Abstract: HW-133-PQ44 S124 XC7354 S1-11 XC7354 MRX TTL-45 aid-1
Text: ZONE REV 01 P1 TTL0 TTL3 A2 TTL6 A3 TTL9 A4 AID6 INITIAL RELEASE PER DCN #6790 P1 D3 A1 D2 CE D1 (OE) S1-11 S1-14 S1-13 S1-12 TTL1 B1 TTL4 B2 D4 (DATA) S1-16 S1-19 D6 TTL2 C1 TTL5 C2 TTL7 B3 TTL8 C3 B4 TTL11 C4 A5 TTL12 B5 TTL13 C5 AID5 A6 TTL14 B6 TTL15
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S1-11
S1-14
S1-13
S1-12
S1-16
S1-19
TTL11
TTL12
TTL13
TTL14
HW-133
HW-133-PQ44
S124
XC7354
S1-11
XC7354 MRX
TTL-45
aid-1
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diode b27
Abstract: diode b26 TTL20 S124 diode b29 socket s1 53 S1 TTL-45
Text: ZONE REV 01 DATE REVISION DESCRIPTION INITIAL RELEASE PER DCN #6875 DRAWN 5/23/95 CHECK EWR APPVD CH FE Further Revision history is available on Matrix. P1 TTL0 A1 TTL3 A2 TTL6 A3 TTL9 A4 AID6 P1 D3 D2 D1 S1-7 S1-8 S1-9 S1-10 TTL1 P1 D4 B1 TTL4 B2 S1-63 S1-61
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S1-10
S1-63
S1-61
TTL11
TTL12
TTL13
TTL14
TTL15
TTL16
TTL17
diode b27
diode b26
TTL20
S124
diode b29
socket s1
53 S1
TTL-45
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rxq6
Abstract: X01V vhdl code for bus invert coding circuit CY7B923 CY7B933 vhdl code for 8 bit odd parity checker vhdl code for 8-bit odd parity checker vhdl code CRC
Text: Drive ESCON With HOTLink™ Introduction The IBM ESCON™ Enterprise System CONnection interface is presently experiencing rapid growth. Originally designed as a replacement for the older block-mux channel, it is also finding use as a high-performance system interface. This
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full subtractor circuit using xor and nand gates
Abstract: 74138 full subtractor 3-input-XOR 74138 decoder 7474 D flip-flop vhdl code for 8-bit BCD adder data sheet 74139 vhdl code for 8 bit ODD parity generator 74171 74594
Text: Chapter 10 - Macro Library Reference Chapter 10: The Macro Library The QuickLogic Macro Library contains over 475 macros and macro building blocks. While these macros offer a wide range of functions and flexibility, they fall into familiar functional groups. The naming conventions employed in the library are easy
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7474 D flip-flop
Abstract: vhdl code for 74154 4-to-16 decoder 7478 J-K Flip-Flop vhdl code for 74194 74138 full subtractor 3-8 decoder 74138 shift register by using D flip-flop 7474 full subtractor circuit using xor and nand gates vhdl code for 8-bit BCD adder 74823 FULL ADDER
Text: Chapter 3 - Macro Library Reference Chapter 3: The Macro Library The QuickLogic Macro Library contains over 500 macros and macro building blocks. While these macros offer a wide range of functions and flexibility, they fall into familiar functional groups. The naming conventions employed in the library are easy
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SO8 DIP8 socket
Abstract: DIP8 socket HW-137-DIP8 bin to hex TTL-30 TTL-45 dead bug socket A21 SO8
Text: ZONE P1 REV 01 INITIAL RELEASE PER DCN #6629 3/27/95 02 CHANGED PER DCN #7044 6/27/95 03 CHANGED PER DCN #0100160 11/04/96 P1 A1 TTL1 B1 TTL2 C1 TTL3 A2 TTL4 B2 TTL5 C2 TTL6 A3 TTL9 A4 AID6 S1-14, S2-6, S3-6 S1-2, S2-1, S3-1 TTL7 B3 TTL8 C3 TTL10 B4 TTL11
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S1-14,
TTL10
TTL11
TTL12
TTL13
TTL14
TTL15
TTL16
TTL17
TTL18
SO8 DIP8 socket
DIP8 socket
HW-137-DIP8
bin to hex
TTL-30
TTL-45
dead bug socket
A21 SO8
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MI b11
Abstract: A241 ISA-96 TTL-45
Text: TTLO TTL3 T TL6 T TL9 AID6 P1 P1 P1 DATA2 A1 DATAI A2 CEO A3 DATAD A4 S I —6 TTL1 S I —16 TTL4 51—13 TTL7 51-1 TTL10 A5 TTL12 TTL2 C1 DATA4 S I —14- TTL5 C2 DATA6 B3 TTL8 C3 B4 TTL11 C4 B2 A6 TTL14 B6 AID4 A7 PVCC B7 AIDO A8 +5V B8 AID1 A9 TTL18 B9
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OCR Scan
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TTL10
TTL12
TTL14
TTL18
TTL44
TTL27'
TTL29
TTL31
TTL33'
TTL36
MI b11
A241
ISA-96
TTL-45
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Socket S1g1
Abstract: HW-133 XC95144XL S1A13 TTL32 s1d1 TTL-45 s1n6 S1-N13
Text: A1 D3 TTL3 A2 _D2_ T TL6 A3 T TL9 A4 TTLO AID6 AID5 51—A 1 P1 P1 TTL1 S1-M 13 TTL4 51—NI Z TTL7 S1-H11 TTL10 GND TTL12 A6 TTL14 B1 B6 TCK VCC A8 +5V B8 AID1 A9 TTL18 B9 AID7 A ll TTL44 A 12 AGND A 13 CGND A14 AGND MOUNTI NG HOLES B12 B16 S1-E11 B17 AGND
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OCR Scan
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PDF
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S1-K13
S1-M13
51-N1Z
51-G13
S1-C10
TTL10
TTL12
TTL14
TTL18
TTL44
Socket S1g1
HW-133
XC95144XL
S1A13
TTL32
s1d1
TTL-45
s1n6
S1-N13
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XC95108XL
Abstract: si122 ISA-96 HW-133 RH A4 130 XC95144XL IS9B TTL-45 SI-122
Text: P1 P1 TTLO TTL3 TTL6 TTL9 AID6 AID5 _Q3_ A1 A2 A3 A4 5 1-B O _Q2_ 5 1 -7 4 DI 5 1 -7 1 _BD_ S I— 69 TT L1 TTL4 TTL7 TTL10 GND A5 TTL12 A6 TTL14 P1 5 1 -8 2 TTL2 5 1 -8 7 TTL5 C2 B3 TTL8 C3 B4 TTL11 C4 B7 AI DO A8 +5V B8 AID1 A9 TTL18 B9 AID3 AID7 All TTL44
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OCR Scan
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51-BO
TTL10
TTL12
TTL14
TTL18
TTL44
TTL27'
TTL29
TTL31
TTL33'
XC95108XL
si122
ISA-96
HW-133
RH A4 130
XC95144XL
IS9B
TTL-45
SI-122
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CS 5211
Abstract: XC1704 U2A18 A1529 ALI M16 ID99 b21 a03 aO d07 S234 TTL-45
Text: A [00:1B] P1 P1 P1 S1-37 AOO TTLO A1 TTL3 A2 51-5 TMS 52-11 CEO TTL1 B1 DV TTL4 B2 D05 D02 51-21 TTL7 B3 5 2- 27 TTL10 B4 A5 51-40 TTL12 B5 AID5 A6 52-2 T T L14 B6 AID4 A7 PVCC B7 AIDO A8 +5V B8 TTL6 A3 TTL9 A4 AID6 AID1 DATA DO See note 5. A9 A 10 AID3 A ll
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OCR Scan
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PDF
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S2-12
S2-24
S2-34
TTL10
TTL12
TTL14
TTL18
TTL44
TTL27
TTL29
CS 5211
XC1704
U2A18
A1529
ALI M16
ID99
b21 a03
aO d07
S234
TTL-45
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Untitled
Abstract: No abstract text available
Text: Cow profite > 1 C ^ t 2l CO M PATIBLE A lAP* PIXEL CLOCK GENERATOR MODULE j # T^L FAST input and output # Output wavetrain can be synchronized with random events # 20-pin DIP package .290 high # Available in frequencies from 2MHz to 30MHz # Output frequencies controlled to within ±2%
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OCR Scan
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-TTL-18
-TTL-19
FPCG-TTL-20
FPCG-TTL-21
-TTL-22
FPCG-TTL-23
FPCG-TTL-24
FPCG-TTL-25
FPCG-TTL-26
FPCG-TTL-27
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si111
Abstract: SI-111 S1-V11 S1L-10 HW-133 Socket S1g4 S1B14 TTL-45
Text: P1 TTLO TTL3 TTL6 TTL9 AID6 AID5 AID4 AIDO AID1 AID2 AID3 AID7 AGND CGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND AGND PVPP P1 A1 A2 A3 A4 A5 A6 A7 A8 A9 _ Q i_ S 1 -P 2 0 J22_ S 1 -V 2 0 D1 S 1 -Y 2 0 J2Ù _ S 1 -Y 1 9
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OCR Scan
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S1-P20
S1-V20
S1-Y20
S1-Y19
S1-W10
S1-Y10
S1-Y14
S1-V15
S1-U18
S1-R19
si111
SI-111
S1-V11
S1L-10
HW-133
Socket S1g4
S1B14
TTL-45
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jj-01
Abstract: No abstract text available
Text: toio profite t 2l CO M PA TIBLE ^ K o c ic DELAY M O DU LE J T 2L Input and outputs m o d u le s is 4 n s m a x im u m w h e n m e a s u re d fro m 0 .8 V to 2.0V. Delays stable and precise T e m p e ra tu re c o e ffic ie n t o f d e la y is a p p ro x im a te ly + 5 0 0 p p m /
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OCR Scan
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14-pin
1000ns
th200
FLDM-TTL-700
FLDM-TTL-900
C/110592
jj-01
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Untitled
Abstract: No abstract text available
Text: tozo profile t 2l COMPATIBLE SIP LOGIC DELAY UNE M ìn ì > # Available in delays from 5 to 500ns T h e M S F L D L -T T L is offered in 4 8 delays from 5ns to 500ns. Delay tolerances are m aintained as shown in the accompanying part num ber table, w hen tested under the "Test Conditions” shown. Delay
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OCR Scan
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500ns
500ns.
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ttl74
Abstract: TTL138 TTL74 series 2-input OR gate 7400 family TTL373 TTL06 TTL244 ttl273 QL16X24 marking code JRW
Text: tu« i 1WI pASIC m 1 FAMILY V iaL ink T echnology V ery H igh S peed CMOS FPGAs PRELIMINARY DA TA FAMILY HIGHLIGHTS M ay 1991 Very High Speed - ViaLink™ Metal-to-metal programmable-via antifuse technology, ensures count«' speeds over 100 MHz, and logic
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OCR Scan
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16-bit
ttl74
TTL138
TTL74 series
2-input OR gate 7400 family
TTL373
TTL06
TTL244
ttl273
QL16X24
marking code JRW
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