Setup
Abstract: No abstract text available
Text: Appendix M - Setting Up Your VHDL Simulator Appendix M: Setting Up Third Party VHDL Simulators In order to perform full timing simulation of pASIC designs using a third party VHDL simulator, two requirements must be met. First, the simulator must be IEEE VitalVHDL compliant, and second, the QuickLogic primitive library must be set up for the
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FRSPJC26
Abstract: FRSPJC46
Text: FiberRunner 6x4 Routing System SPECIFICATION SHEET specifications The 6x4 routing system shall be a system of channel, fittings, and brackets designed to segregate, route, and protect fiber optic and high performance copper cabling. Channel and fittings shall be
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FRSP05
WW-FRSP05
FRSPJC26
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FRSPJC24
Abstract: FROV454X4 FRH45SC4 FRIV454X4
Text: FiberRunner 4x4 Routing System SPECIFICATION SHEET specifications The 4x4 routing system shall be a system of channel, fittings, and brackets designed to segregate, route, and protect fiber optic and high performance copper cabling. Channel and fittings shall be assembled
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FRSP03
WW-FRSP03
FRSPJC24
FROV454X4
FRH45SC4
FRIV454X4
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FR6TRBN12
Abstract: fr6t
Text: F IBER R UNNER 6x4 Routing System ® SPECIFICATION SHEET specifications The 6x4 routing system shall be a system of channel, fittings, and brackets designed to segregate, route, and protect fiber optic and high performance copper cabling. Channel and fittings shall be
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FRSP05
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FR6TRBN12
fr6t
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qlvtl95
Abstract: No abstract text available
Text: Appendix N - Setting Up Your VHDL Simulator Appendix N: Setting Up Third Party VHDL Simulators In order to perform full timing simulation of pASIC designs using a third party VHDL simulator, two requirements must be met. First, the simulator must be IEEE Vital-VHDL
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FRSPJC412
Abstract: FRRF126L FRFWC12X4 FRBC12X4 FR12X4 FR12A FROVRA12X4
Text: FiberRunner 12x4 Routing System SPECIFICATION SHEET specifications The 12x4 routing system shall be a system of channel, fittings, and brackets designed to segregate, route, and protect fiber optic and high performance copper cabling. Channel and fittings shall be assembled using pre-assembled couplers.
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FRSP04
WW-FRSP04
FRSPJC412
FRRF126L
FRFWC12X4
FRBC12X4
FR12X4
FR12A
FROVRA12X4
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Siemens Ni1000 temperature sensor
Abstract: n531 QAC22 N9292 LG-Ni1000 QFM3100 triac BT 317 DATASHEET
Text: System Catalog 2014 The information in this document contains general descriptions of technical options available, which do not always have to be present in individual cases. The required features should therefore be specified in each individual case at the time of closing the contract.
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Untitled
Abstract: No abstract text available
Text: NCP3800V SMBus Level 2 Battery Charger The NCP3800V is a highly integrated Lithium−ion battery charger controller which can be programmed via the SMBus. It can be used to charge smart batteries and includes three loops for output voltage, output current and input current. External switch FETs are driven by
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NCP3800V
NCP3800V
NCP3800V/D
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KEYPAD 4 X 4 verilog
Abstract: electronic tutorial circuit books schematic set top box QL2007 PQ208 delta Screen Editor
Text: Chapter 2 - Schematic Design Tutorial Chapter 2: Schematic Design Tutorial This tutorial presents a general walk-through of QuickWorks. Many details and hints on using QuickWorks tools can be found in the Design Flows and Reference chapter. Also, the Synario Capture System User's Manual can be used for reference. Details
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verilog code pipeline ripple carry adder
Abstract: vhdl code for half adder using behavioral modeling 8 bit adder circuit turbo encoder circuit, VHDL code verilog code for half adder using behavioral modeling QL8x12B-0PL68C verilog code for implementation of eeprom Verilog code of 1-bit full subtractor structural vhdl code for ripple counter vhdl code of carry save multiplier
Text: Chapter 1 - Device Architecture Device Architecture This section of the Design Guide deals with the architectural issues surrounding the pASIC 1, pASIC 2, and pASIC 3 families of QuickLogic devices. First, an overall introduction to the QuickLogic architectural features will be presented. This will be followed by a breakdown of
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Untitled
Abstract: No abstract text available
Text: REVISIO NS DRAWING NUMBER REV REV LXP-QL2RAN5025 NOTES: 1. 18 PT. HELVETICA BOLD ITAUC FONT. LEFT JUSTIFIED. # 3 . 2. 0 .0 0 5 " VELVET LEX AN WITH 4 6 7 ADHESIVE. 3 . BACKGROUND: 3 .4 0 ” x 1 .4 0 1 " AREA TO BE BLACK, CHARATER AREAS TO BE CLEAR, NEGITIVE IMAGE,
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LXP-OL2RAN5025
DI55CMNATION
OL2RAN5Q25
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MAN-8610
Abstract: CNW82 HLMPD150A CNY17GF-1
Text: ËQ OPTOELECTRONICS P art N u m be r 1N6264 1N6265 1N6266 PART NUM BER INDEX P art N u m be r Page 95 _ 95 95 Page P art N u m be r Page P art N u m b e r Page P art N u m b e r Page CNW135 CNW135.300 15 CNY17GF-3.300 12 12 75 75 13 CNY17GF 4 GMC7975C GMC7975CA
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1N6264
1N6265
1N6266
6N135
6N136
6N137
6N138
740L6000
740L6001
740L6011
MAN-8610
CNW82
HLMPD150A
CNY17GF-1
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MD 7144
Abstract: lh5494
Text: LH5494/ 4K X9 Serial-toParallel FIFO input and output ports respectively. However, these ‘clocks' also may be aperiodic, asynchronous ‘demand’ signals: they do not need to be synchronized with each other in any way. Almost all control input signals and
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LH5494/
32-Pin
Oct91
LH5494
LH5494
PLCC32-P-S450)
LH5494U-25
Ocl91
MD 7144
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Untitled
Abstract: No abstract text available
Text: CHAPTER 22 INTERRUPT FUNCTIONS The ¿¿PD784038 is provided with three interrupt request service modes see Table 22-1 . These three service modes can be set as required in the program. However interrupt service by macro service can only be selected for interrupt request
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PD784038
PD784038Y
juPD784038
PD4711A
RS-232-C
PD75108
PD78014
bM27525
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Untitled
Abstract: No abstract text available
Text: Am2914 Vectored Priority Interrupt Controller d fL C > 3 DISTINCTIVE CHARACTERISTICS A cce p ts 8 interrupt inputs Interrupts m ay be pulses or levels and are stored internally Built-in m ask register Six diffe re nt o perations can be perform ed on m ask register
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Am2914
AIS-WCP-2300-01/07-O
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j004F
Abstract: TMP68HC11A1 tmp68hc11 TMP68HC711 bsh7 BTJL JIS10 MC680L TMP68HC11A8 TMP68HC11E9
Text: 1. This technical data may be controlled under U.S. Export Administration Regulations and may be subject to the approval of the U .S. Department of Commerce prior to export. Any export or re-export directly or indirectly, in contravention of the U.S. Export Administration Regulations is strictly prohibited.
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44-Pin
MCU05C4-92
TMP68HC05C4
MCU05C4-93
MCU05C4-94
j004F
TMP68HC11A1
tmp68hc11
TMP68HC711
bsh7
BTJL
JIS10
MC680L
TMP68HC11A8
TMP68HC11E9
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SJ 2036
Abstract: ic sj 2036
Text: 3-1 Maximum Ratings In general, the maximum rating value should not be exceeded in order to guarantee the life and reliability of integrated circuit products. Absolute Maximum Ratings should not be exceed even for a moment. When the device is used in excess of any maximum rating,
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TC74LVQ
SJ 2036
ic sj 2036
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intel mark 164997
Abstract: PCM45F c623 marking UL1439
Text: NOTES: 1, CLIP MUST STAY ATTACHED TD HEATSINK 2. CLIP SHDULD NDT BE ABLE TD ROTATE 360 DEGREES AFTER CRIMPING PRDCESS, 3. CRIMPING FEATURES SHDULD BE EQUAL DISTANCE FRDM CENTERLINE DF HEATSINK, 4, TD LERANCEi U N LESS OTHERW ISE S P E C IF IE D Ld IC PI >m
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335C877001A
334C877001A
333C877001A
PCM45F
intel mark 164997
c623 marking
UL1439
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Untitled
Abstract: No abstract text available
Text: REVISION BA UNLESS OTHERWISE NOTED NOTES: DIMENSONS ARE IN INCHES TOLERANCES ARE: RETENTION FORCE IN BODY TO BE: 1 lbs. MIN ONE PLACE DECIMALS: ± .1 THREE PLACE DECIMALS: ± .00 5 2. INSERTION FORCE TO BE: 3.0 oz. MAX. TWO PLACE DECIMALS: ± .01 FOUR PLACE DECIMALS: ± .00 20
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Untitled
Abstract: No abstract text available
Text: W REF. ONE EDGE MUST BE MARKED WITH RED .050 0.50 ±0.15 ( .020 +.006 (.005 MIN. IMPING GROOVE (SEE NOTE-2) NOTE 1. THE CABLE SHALL HAVE A MINIHUM OF 0.178mm INSULATION AT ANY POINT 2. RIP TEST: - THE 0.13mm. (.0050 ZIPPING GROOVE SHALL BE CAPABLE OF BEING RIPPED 1Y HAND
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178mm
EXP06
E-10-0371
E-07-0748
26AWG
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Untitled
Abstract: No abstract text available
Text: 4. EXPLANATION OF RATINGS AND STANDARDS 4-1 M a x im u m Ratings In general, the m axim um ratin g value should not be exceeded in order to guarantee the life and reliability of integrated circuit products. Absolute M axim um Rating should not be exceeded even for a moment.
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STANDARDS-10
STANDARDS-11
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74F04
Abstract: DS1007 DS1007-1 DS1007-2 DS1007S
Text: DS1007 7-1 S ilicon Delay Line www.dalsemi.com PIN ASSIGNMENT FEATURES All-silicon time delay 7 independent buffered delays Delay tolerance ±2 ns Four delays can be custom set between 3 ns and 10 ns Three delays can be custom set between 9 ns and 40 ns Delays are stable and precise
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DS1007
16-pin
PS1007
74F04
DS1007-1
DS1007-2
DS1007S
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Untitled
Abstract: No abstract text available
Text: 10 ä§B NOTES: I. • H ï] B : i.2) MATERIAL O IM - : V - (LCP) UL94V-0 WAFER: LIQUID CRYSTAL POLYMERfGLASS FILLED) UL94V-0 (COLORsBLACK) M 4 U m M TAIL COPLANARITY TO BE 0.08MAXIMUM TAIL AND FITTING NAIL COPLANARITY TO BE 0.1 MAXIMUM G. iSKffiia 5 5 9 0 9 - * * * 3
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UL94V-0
UL94V-0
08MAXIMUM
SD-55909-004
EN-02JAI021)
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74VCX16244
Abstract: 74VCX16244MTD MTD48 VCX16244
Text: r be; April 1"?< ooo Revised 1999 74VCX16244 Low Voltage 16-Bit Buffer/Line Driver with 3.6V Tolerant Inputs and Outputs G eneral Description Features T h e V C X 16244 contains sixteen non-inverting buffers with 3-STATE outputs to be em ployed as a m em ory and
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VCX16244
16-Bit
VCX16244
74VCX16244
74VCX16244MTD
MTD48
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