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mcs-96 instruction set

Abstract: 272238-001 196kd 8X196KC rapidcad intel HSO 272238 8XC196KC user manual intel 8231 8xc196kd
Text: 5.5.1. Selecting Either PTS or Standard Interrupt Service. 5-10 , . 5-1 5.1.2. Peripheral Transaction Server ( PTS , . 5-8 5.3.2.2. PTS INTERRUPT LATENCY , . 5-9 5.4.1. Unimplemented Opcode. 5-10 5.4.2. Software Trap. 5-10


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PDF 8XC196KC/8XC196KD 8X196KC/KD Intel287â 8XC196KC/KD mcs-96 instruction set 272238-001 196kd 8X196KC rapidcad intel HSO 272238 8XC196KC user manual intel 8231 8xc196kd
8XC196KC chapter 5 interrupts

Abstract: 8XC196KC/KD microcontroller 8XC196KC instruction set 8XC196KC/KD
Text: interrupt processing via the Peripheral Transaction Server ( PTS ). You can select either option for each of the maskable interrupts. (See "Selecting Either PTS or Standard Interrupt Service" on page 5-10 .) The , detailed description of the PTSSEL register. 5-10 INTERRUPTS Table 5-4. Interrupt and PTS Control and , The PTSCB in Table 5-10 defines three PTS cycles that will each transfer the bytes in memory locations , command at location 100H is re-executed. 5-23 INTERRUPTS 5.10 . HSI MODE In HSI mode, the PTS dumps the


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PDF 8XC196KC/KD 8XC196KC chapter 5 interrupts 8XC196KC/KD microcontroller 8XC196KC instruction set
2000 - PE300C-10F

Abstract: ARC 231 5050 ir led PE300C-10UV
Text: % pts 0.6" at 50% pts Spot Size at Crossover .21" at 10% pts .21" at 10% pts *These values , . * Beam Geometry defined as half angle at 10% PTS after 01/100/1000 hours. Dimensions 1.00 (25.4 , Optoelectronics 44370 Christy St. Fremont, CA 94538 Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800


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PDF PE300C-10F PE300C-10UV DS-167 ARC 231 5050 ir led PE300C-10UV
2000 - PE300B-10F

Abstract: 5050 ir led Xenon DS-166 PE300B-10UV n050 CERMAX PE300B
Text: Size at Crossover .09" at 50% pts 0.9" at 50% pts Spot Size at Crossover .23" at 10% pts .23" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS after 01/100/1000 , Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer


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PDF PE300B-10F PE300B-10UV DS-166 5050 ir led Xenon PE300B-10UV n050 CERMAX PE300B
2000 - UV led 200 nm peak

Abstract: 5050 ir led PE175B-10F PE175B-10UV
Text: 50% pts 0.9" at 50% pts Spot Size at Crossover .23" at 10% pts .23" at 10% pts *These , . * Beam Geometry defined as half angle at 10% PTS after 01/100/1000 hours. Dimensions 1.00 (25.4 , notice. USA: PerkinElmer Optoelectronics 44370 Christy St. Fremont, CA 94538 Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer Optoelectronics GmbH


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PDF PE175B-10F PE175B-10UV DS-165 UV led 200 nm peak 5050 ir led PE175B-10UV
PLM-96

Abstract: 80c196kb-compatible A45 interface
Text: PTS memory protection, 14-7, 14-9, 14-11-14-12 minimum configuration, 11-1 NMI considerations, 5-10 , processing, 5-1, 5-2 programming, 5-10-5-14 reset status, 5-14 selecting PTS or standard service, 5-10 with , , C-l starting immediately, 9-6 starting with HSO or PTS , 9-6 terminal-based characteristic, 9-15 transfer function, 9-10-9-15 A/D Scan mode, See PTS Accumulator, RALU, 2-4 ACHO-7, B-l AD_COMMAND, 5-20 , SP_STAT, 7-1,7-10 Block instructions, A-38, A-45 Block Transfer mode, See PTS BMOV instruction, 2-10, A


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PDF 80C196KB-compatible 10-bit number052-8119 PLM-96 A45 interface
2000 - 5050 ir led

Abstract: PE1000D-13UV DS-159 PE1000D-13F N2Power
Text: . Output at Nominal Power Spot Size at Crossover .15" at 50% pts .15" at 50% pts Spot Size at Crossover .33" at 10% pts .33" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS , Christy St. Fremont, CA 94538 Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786


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PDF PE1000D-13F PE1000D-13UV DS-159 5050 ir led PE1000D-13UV N2Power
2000 - pts 510

Abstract: PerkinElmer Optoelectronics PE1000D-10F 770nm xenon lamp design PE1000D-10UV xenon lamp UV led 200 nm peak Lamp Visible Infrared diode led uv
Text: 50% of initial output. Spot Size at Crossover .14" at 50% pts .14" at 50% pts Spot Size at Crossover .33" at 10% pts .33" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS , notice. USA: PerkinElmer Optoelectronics 44370 Christy St. Fremont, CA 94538 Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer Optoelectronics GmbH


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PDF PE1000D-10F PE1000D-10UV DS-158 pts 510 PerkinElmer Optoelectronics 770nm xenon lamp design PE1000D-10UV xenon lamp UV led 200 nm peak Lamp Visible Infrared diode led uv
2000 - 5050 ir led

Abstract: PE500C-10F PE500C-10UV ARC 231
Text: each lamp shipment. Spot Size at Crossover .07" at 50% pts 0.7" at 50% pts Spot Size at Crossover .21" at 10% pts .21" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS , : ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer Optoelectronics


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PDF PE500C-10F PE500C-10UV DS-168 5050 ir led PE500C-10UV ARC 231
2000 - 5050 ir led

Abstract: diode led uv DS-169 PE500C-13F PE500C-13UV EndoScope
Text: shipment. Spot Size at Crossover .07" at 50% pts 0.7" at 50% pts Spot Size at Crossover .23" at 10% pts .23" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS after 01/100 , : ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer Optoelectronics


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PDF PE500C-13F PE500C-13UV DS-169 5050 ir led diode led uv PE500C-13UV EndoScope
2000 - infrared lamp

Abstract: pts 510 xenon lamp design EndoScope 5050 ir led PE125B-10F PE125B-10UV
Text: Crossover .09" at 50% pts 0.9" at 50% pts Spot Size at Crossover .23" at 10% pts .23" at 10% pts , to 770nm. * Beam Geometry defined as half angle at 10% PTS after 01/100/1000 hours. Dimensions , : ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer Optoelectronics


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PDF PE125B-10F PE125B-10UV DS-162 infrared lamp pts 510 xenon lamp design EndoScope 5050 ir led PE125B-10UV
2000 - uv led 365

Abstract: xenon arc lamp 770nm EndoScope StR 40000 PE1500D-10F N2Power pts 510 power supply of uv curing lamp diode led uv
Text: at Crossover .15" at 50% pts .15" at 50% pts Spot Size at Crossover .40" at 10% pts .40" at 10% pts *These values indicate total output in all directions. Wavelengths = UV<390nm, IR>770nm, Visible 390nm to 770nm. * Beam Geometry defined as half angle at 10% PTS after 01/100/1000 hours , Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Toll Free: (800) 775-6786 Europe: PerkinElmer


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PDF PE1500D-10F PE1500D-10UV DS-163 uv led 365 xenon arc lamp 770nm EndoScope StR 40000 N2Power pts 510 power supply of uv curing lamp diode led uv
Not Available

Abstract: No abstract text available
Text: . 5-10 Mfl2bl?5 DlflETAO 520 STANDARD AND PTS INTERRUPTS in te i 4 3 2 Execution f , in y CHAPTER 5 STANDARD AND PTS INTERRUPTS This chapter describes the interrupt control circuitry, priority scheme, and timing for standard and peripheral transaction server ( PTS ) interrupts. It discusses the three special interrupts and the sev­ en PTS modes, four of which are used with the EPA to , transaction server ( PTS ). The programmable interrupt controller has a hardware priority scheme that can be


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PDF l2bl75 8XC196MC, A3277-01 01A3D2A
2000 - xenon

Abstract: xenon arc lamp EndoScope perkin xenon lamps CA94538 PE150A-10F 770nm
Text: 50% pts .23" at 10% pts * Nominal values at 150 watts 300 400 500 600 700 900 , Christy St. Fremont, CA94538 Phone: ( 510 ) 979-6500 Fax: ( 510 ) 687-1140 Europe: PerkinElmer


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PDF PE150A-10F PE150A-10F CA94538 DS-288 xenon xenon arc lamp EndoScope perkin xenon lamps CA94538 770nm
2000 - mb86373

Abstract: FPT-208P-M01 SCR PIN CONFIGURATION picture MB86371 ramb18 downmix fs3-686 5611 display
Text: (On Screen Demand) Function 5.7 Video Output 5.8 Clock Generation 5.9 Memory Controller 5.10 Interrupt , the 16-Mbit SDRAM. Y Automatically extracts PTS information from the above PS and PES packets. (4 , identifies and separates various packets from the bit streams. It also extracts PTS automatically and sets it , control using SCR bit stream request control and PTS decode start control. For streams for which time management information (SCR or PTS ) is not effective, decoding can be controlled only by capacity management


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PDF MB86373 -100uA 100uA FPT-208P-M01 SCR PIN CONFIGURATION picture MB86371 ramb18 downmix fs3-686 5611 display
L6721

Abstract: L6720
Text: 11 GND Ground pin 12 PTS Line Transceiver Input (from Minitel) 13 PTE Line , otherwise specified Symbol Parameter VIL Input Low Level (Pins Rx, EDP, PTS , PT) VIH Input High Level (pins Rx, EDP, PTS , PT) IG Pull-up Current Generator on Pins Rx, PT ZI Input , Symbol Parameter VIL Input Low Level (Pins Rx, EDP, PTS , PT2) VIH Input High Level (pins Rx, EDP, PTS , PT2) IG Pull-up Current Generator on Pins Rx, PT2 ZI Input Impedance on


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PDF L6720 L6721 L6721 L6720
1996 - CA2CD

Abstract: low pass filter circuit 741 PTS101 AD847 equivalent XRD64L15 XRD6415 JP13 AD847 AD843 XRD6415AB
Text: Generator VIN CLK Power Supplies Data Latches 10 VIN 10 PTS CLK C o n n e c , Road, Fremont, CA 94538 z ( 510 ) 668-7000 z FAX ( 510 ) 668-7017 XRD6415AB plot test at the test , the clock divide circuit output at the PTS CLK pin. Either half of the output data from the XRD6415 , different memories. The PTS CLK pin frequency is selected using JP4. 6. DIGITAL & ANALOG WORK AREAS , complemented by a ground pin. The external clock output is available on a pin labelled PTS CLK. Power


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PDF XRD6415AB XRD6415AB XRD6415 XRD64L15 XRD6415) XRD6415, CA2CD low pass filter circuit 741 PTS101 AD847 equivalent JP13 AD847 AD843
1999 - Not Available

Abstract: No abstract text available
Text: -232 adaptor or the LDN101 network card. PTS -1 Precision Test Stand sold separately ($910) See “To , -25-S LE902-12-P LE902-25-P LE902-50-F LE902-100-F A 51.0 (2.01) 76.5 (3.01) 56.5 (2.22) 69.5 (2.74 , -12-S LE902-25-S LE902-12-P LE902-25-P LE902-50-F LE902-100-F PTS -1 PRICE $1245 1550 1504 1814


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PDF DR601 LE902 LE902 LE902-12-S LE902-25-S LE902-12-P LE902-25-P LE902-50-F LE902-100-F LE902-25-S,
1996 - u1 741 opamp

Abstract: PTS101 Exar cross MP8791 XRD8794 XRD8794AB XRD87L94 AD843 EL2224C
Text: , Fremont, CA 94538 z ( 510 ) 668-7000 z FAX ( 510 ) 668-7017 XRD8794AB Unused Top Sections Unused , clock output is available on two pins labelled PTS . The output data on the 28 pin connector is valid when the PTS clock is high. XRD8794AB Analog Signal Source Clock Generator AIN , t o PTS r DSP 28 DB (0-11) AP VRB XRD8794AB Top Reference Bottom , VRT C o n 12 n e c t o PTS r 28 High Speed Precision DAC Network Analyzer or


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PDF XRD8794AB XRD8794AB XRD8794 XRD87L94 MP8791 u1 741 opamp PTS101 Exar cross AD843 EL2224C
Mn-Zn Ferrites

Abstract: Mg-Zn Ferrites application Mg-Zn Ferrites permittivity ferrite 4a11 4C65 3E27 3C90 3C81 ferroxcube 3e27
Text: , PT, PTS , EP, E, ER, RM/I, RM/ILP, PH < 0.1 3B7 2300 450 170 1 MnZn 0.2 - , , Planar E, EC, EFD, EP, ETD, ER, U, RM/I, RM/ILP, P, P/I,PT, PTS , PQ, Toroids MnZn < 0.3 MnZn , transformers RM, P, PT, PTS , EP, EP/LP, EPX, E, ER, RM/I, RM/ILP, Toroids 4S2 700 350 125 , decreases, as shown in Tables 3 and 4. FREQUENCY (MHz) 2.105 1 5.10 100 PERMITTIVITY (r


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PDF CBW629 Mn-Zn Ferrites Mg-Zn Ferrites application Mg-Zn Ferrites permittivity ferrite 4a11 4C65 3E27 3C90 3C81 ferroxcube 3e27
Mn-Zn Ferrites

Abstract: Mg-Zn Ferrites permittivity application Mg-Zn Ferrites ferrite 4b1 MgZn SOFT FERRITE POWDER 3c92 ferrite 4B1 soft ferrite ferroxcube 3e27 ferroxcube 4a11
Text: , PT, PTS , EP, E, ER, RM/I, RM/ILP, < 0.1 3B7 2300 450 170 1 MnZn 0.2 - 2 , /I,PT, PTS , PQ, Toroids MnZn < 0.3 Wideband EMI-suppression Wideband transformers Balun , transformers and inductors RM, P, PT, PTS , EP, E, ER, RM/I, RM/ILP, Toroids 2 BD, BDW, BDS, MLS , NiZn-ferrite (4C65) TEMPERATURE (°C) 0 5.10 105 7 100 Table 6 4 25 15 100 0.01


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PDF CBW629 Mn-Zn Ferrites Mg-Zn Ferrites permittivity application Mg-Zn Ferrites ferrite 4b1 MgZn SOFT FERRITE POWDER 3c92 ferrite 4B1 soft ferrite ferroxcube 3e27 ferroxcube 4a11
1996 - 80C196KC users guide

Abstract: 8XC196KC Users manual 80C196KC 8XC196KC/KD complete users manual 80C196KC instruction set 272238 80C196KC users guide 270704 87C196kc users guide 8XC196KC 8XC196KC instruction set
Text: HSO IOC1 Bits Interchanged Indirect Shift Count Value NMI During PTS Skips an Address Port 0 Latched on Wrong Phase PTS Request During Interrupt Latency NMI During PTS Latency SIO RI Flag TIJMP , to document number 272238-001, 8XC196KC/KD User's Manual. Page 5-10 Page 8-4 Page 8-18 Page 9-3 , Changes to determine the affected stepping(s). 9600005. NMI During PTS Skips an Address PROBLEM: When NMI interrupts a PTS routine, the first byte of the instruction following completion of the PTS


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PDF 8XC196KC 8XC196KC 80C196KC users guide 8XC196KC Users manual 80C196KC 8XC196KC/KD complete users manual 80C196KC instruction set 272238 80C196KC users guide 270704 87C196kc users guide 8XC196KC instruction set
1996 - 80C196KC

Abstract: 80C196KC instruction set 87C196* End of Life 272238-001 80C196KC FPO 80C196KC user manual 8XC196KC user manual intel DOC 272834 87C196KC
Text: During PTS Skips an Address Port 0 Latched on Wrong Phase PTS Request During Interrupt Latency NMI During PTS Latency SIO RI Flag TIJMP INDEX_MASK Value Limitation Write Cycle During Reset Serial Port , . Clarifications 001-021 apply to document number 272238-001, 8XC196KC/KD User's Manual. Page 5-10 Page 8-4 , Summary Table of Changes to determine the affected stepping(s). 9600005. NMI During PTS Skips an Address PROBLEM: When NMI interrupts a PTS routine, the first byte of the instruction following


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PDF 8XC196KC 8XC196KC 80C196KC 80C196KC instruction set 87C196* End of Life 272238-001 80C196KC FPO 80C196KC user manual 8XC196KC user manual intel DOC 272834 87C196KC
1997 - C-Cube microsystems

Abstract: C-Cube VRP3 CLM4400
Text: and Filtering Figure 5-10 shows the resulting format. Figure 5-10 Horizontal Decimation of , audio and video streams by associating a presentation timestamp ( PTS ) with each encoded picture. The PTS , C-Cube Microsystems Encoded Video Quality Features If PTS insertion is enabled, the VRP3 will read , PES packet header of that picture. The system multiplexer may then use these PTS values (and the VBV delay values) to derive the system clock reference (SCR) and PTS for the system stream. The PTS values


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PDF CLM4400 CLM4400. 0xf1000010) 0xf1000008) C-Cube microsystems C-Cube VRP3
1996 - 270646

Abstract: 270704 8XC196KC instructions 80C196KC 8EC196K 272238 80C196KC FPO 8ec196kc 87C196kc ApBUILDER
Text: 9600005 123 15 NMI During PTS Skips an Address 9600006 126 15 Port 0 Latched on Wrong Phase 9600007 131 17 PTS Request During Interrupt Latency 9600008 132 17 NMI During PTS Latency 9600009 140 17 SIO RI Flag 9600010 143 18 TIJMP INDEX_MASK , 272238, 8XC196KC/KD User's Manual. 001 35 Page 5-10 002 35 Page 8-4 003 36 , SPECIFICATION UPDATE 9600005. NMI During PTS Skips an Address PROBLEM: When NMI interrupts a PTS


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PDF 8XC196KC 8XC196KC 270646 270704 8XC196KC instructions 80C196KC 8EC196K 272238 80C196KC FPO 8ec196kc 87C196kc ApBUILDER
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