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LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358CDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: 0°C to 70°C
LTC4358CDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: 0°C to 70°C
DC1513B-AD Linear Technology BOARD EVAL LTM9004-AD
LTC4353IMS#PBF Linear Technology LTC4353 - Dual Low Voltage Ideal Diode Controller; Package: MSOP; Pins: 16; Temperature Range: -40°C to 85°C

PIN diode ADS model Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - PIN diode ADS model

Abstract: PIN attenuator ADS model ll110 simulation ads PIN diode SPICE model advanced design system ADS 10 diode diode ADS model TOKO INDUCTORS MCH18
Text: lifetime) 500 Figure 6 shows the full implementation of the PIN diode model in ADS . RESISTANCE , DC_FEED DC_FEED1 I_PROBE Id Figure 6. PIN Diode Model implementation in Agilent ADS using the , conditions. Alternatively, the PIN diode APLAC model can be used to replace the parallel capacitor and resistor in the model , as shown in Figure 3. The APLAC model is used to model the PIN diode die. More on , Model The APLAC PIN model consists of a current controlled resistor and a SPICE model for a diode


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PDF HMPP-3865 5988-8470EN PIN diode ADS model PIN attenuator ADS model ll110 simulation ads PIN diode SPICE model advanced design system ADS 10 diode diode ADS model TOKO INDUCTORS MCH18
2006 - PIN diode ADS model

Abstract: PIN attenuator ADS model PIN diode SPICE model TOKO INDUCTORS TOKO INDUCTORS spice RG200D MCH18 HMPP-3865 spice hmpp-3892 aplac pin diode model
Text: = 0.9327 L = 0 nH C = 0.2 pF Figure 6. PIN Diode Model implementation in Agilent ADS using the published APLAC parameters Figure 6 shows the full implementation of the PIN diode model in ADS , data sheet for other bias conditions. Alternatively, the PIN diode APLAC model can be used to replace , model the PIN diode die. More on this in the next section. 20 fF 0.20 pF 0.05 nH 0.5 nH 30 , HMPP-3865 using APLAC Die model 6311-03 AN 1330 Table 1. APLAC PIN Diode Parameters for HMPP


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PDF HMPP-3865 5988-8470EN HSMP-389V HSMP-3890 PIN diode ADS model PIN attenuator ADS model PIN diode SPICE model TOKO INDUCTORS TOKO INDUCTORS spice RG200D MCH18 spice hmpp-3892 aplac pin diode model
2000 - BB 509 varicap diode

Abstract: TEA6848H adi cmos bipolar SiGe diode varicap BB 112 RF MANUAL ULTRA FAST DIODES SANYO catalog PIN diode ADS model bf1107 spice model tea6849 ON503
Text: * Package PIN diode Package SOT753 SOT753 Various Type BFU725F/N1 BFU690F BFU730F BFU760F , 50 3.2.2 PIN diodes , function. 10 NXP Semiconductors RF Manual 17th edition Discrete attenuator Product RF diode , power-save mode (power-down pin ) ` Simple control interfaces (SPI) ` ESD protection on all pins (HBM 4 kV


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2015 - D9 DG transistor smd

Abstract: blf188 RF MANUAL RF MANUAL 19TH EDITION MOSFET TOSHIBA 2015 BB 804 varicap diode BAP50-03 spice model toshiba car audio catalog 2015 Infineon Power Management Selection Guide 2011 BGU7072
Text: RF Manual 19th edition Recommended products Discrete attenuator Product RF diode Function Product RF transistor SiGe:C transistor Type BAP64Q BAP70Q Package PIN diode , MPAs deliver high output power with excellent overall performance `` The BAP70Q PIN diode enables an , RF diode PIN diode SOT753 BAP70Q Function Product Frequency range (MHz) Gain , 66 3.2.2 PIN diodes


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2006 - PIN diode ADS model

Abstract: HSMS-2820 diode ADS model LSSP S11 SCHOTTKY diode 1UW SOT 23 ADS 10 diode HSMS-282K HSMS-2825 LL2012F3N3K
Text: design page from the ADS component library and filling the proper model parameter values for each HSMS , possible to the diode to minimize the loss of the matching network. To better model the bond pad , . HSMS-2820 Diode Model found in AvagoRFhelp (includes package) FREQUENCY 800 825 850 875 900 R , ROUGH = 0 MIL DIODE MODEL DIODEM1 Is = 1.4 8E-8 Rs = 7.8 N = 1.067 CJo = 0 649 E-12 Vj = 0.56 , DIODE MODEL DIODEM1 Is = 1.48E-8 Rs = 7.8 N = 1.067 CJo = 0.649E-12 VJ = 0.56 DIODE M = 0.5


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PDF HSMS-2820 HSMS-2820) OT-23 6042-16b LL2012-F22NK LL2012F3N3K HSMS-2820 5968-7756E PIN diode ADS model diode ADS model LSSP S11 SCHOTTKY diode 1UW SOT 23 ADS 10 diode HSMS-282K HSMS-2825 LL2012F3N3K
1999 - PIN diode ADS model

Abstract: Microwave PIN diode spice Microwave detector diodes 18 GHz HSMS-285x model ADS 10 diode diode ADS model Microwave detector diodes HSMS-286 spice HSMS-285X
Text: self-biased detector (sometimes referred to as Pin 68 Vout RL = 10K 100pF Linear model of diode , p-type 0.13 35 3E-6 4.8 1.100 moderate moderate 1 Pin = 10 dBm Pin = 0 dBm .1 ADS simulation , 20 dBm Output voltage, V 1 Pin = 10 dBm Pin = 0 dBm .1 ADS simulation Output voltage, V 1 , 6 July 1999 Choosing the Right Diode For Your AGC Detector Raymond W. Waugh Diode Applications , shown in Figure 1. RFin RFout "zero-biased") is shown in Figure 2. A diode is combined with a


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PDF HSMS-282x HSMS-285x HSMS-286x theHSMS-282x HSMS-286x PIN diode ADS model Microwave PIN diode spice Microwave detector diodes 18 GHz HSMS-285x model ADS 10 diode diode ADS model Microwave detector diodes HSMS-286 spice
2014 - Avago 9886

Abstract: XFRV NE3210 FR4 substrate height and thickness rogers fll120 SKD-ONS-ST23-001 BFP949 Rohm Diodes
Text: utilize the substrate library in generating S-parameter plots for a passive model in ADS using varying , MODEL ACCURACY . 27 MODEL , . 30 EXAMPLE ADS SCHEMATICS AND PLOTS . 31 CLR EXAMPLES , .58 EXAMPLE 7: STATISTICAL SIMULATION OF MODEL PARAMETER , 87 EXAMPLE 6: X-PARAMETER MODEL SIMULATION


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PDF com/peixun/antenna/116 //shop36920890 Avago 9886 XFRV NE3210 FR4 substrate height and thickness rogers fll120 SKD-ONS-ST23-001 BFP949 Rohm Diodes
Not Available

Abstract: No abstract text available
Text: Vfes No Yes No No No Yfes Model ® ADS -325A ADS -112 ADS-CCD1201© ADS -117 ADS-CCD1202® ADS -118 ADS -118A ADS -119 Package 48- Pin VQFP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP , -883 Screening No Yfes No Yes No No Yes No No Yes ® Yes Yes © No Model © ADS -916 ® ADS -926 3 ADS -917 ® ADS , -Bit Resolution f lf 5 A S Sampling Model © ADS -930 ADS -931 ADS -937 ADS -932 Rale (MHz) 0.S DNL (LSB) ±0.5 , (nsec) 250® 65® Power Supplies (Volts) ±15,+5 ±5 Power Dissipation (mW) 700 350 Model CDS-1401 CDS


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PDF CDS-1401 25MHz 14-bit CDS-1402 ADS-930 ADS-931 ADS-937 ADS-932 40-Pin
1996 - wt 633-12

Abstract: PC motherboard intel i7 schematic diagram 2013 intel pentium 80501 host pc recover target dead motherboard bios 20-pin debug header A20-A3 5081M 2032M ATIC 112 pentium processor block diagram T42A
Text: . 1.3. 1.4. 1.5. 1.6. Page PINOUT AND PIN DESCRIPTIONS , . 1-6 QUICK PIN REFERENCE. 1-6 PIN REFERENCE TABLES . .1-14 PIN GROUPING ACCORDING TO FUNCTION . .1-17 OUTPUT PIN GROUPING ACCORDING TO WHEN DRIVEN . .1-18 CHAPTER 2


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PDF lia31-0 Intel486TM 1-55512-237-X 1-55512-240-X wt 633-12 PC motherboard intel i7 schematic diagram 2013 intel pentium 80501 host pc recover target dead motherboard bios 20-pin debug header A20-A3 5081M 2032M ATIC 112 pentium processor block diagram T42A
1996 - architecture of pentium microprocessor

Abstract: A509 t04 marking WB mark Diode Intel Pentium OverDrive transistor t04 66 MG80502 A5101-01 Marking Code E37 marking l33
Text: . 9 3.3 Quick Pin Reference . 9 3.4 Pin Reference Tables . 16 3.5 Pin Grouping According to Function , . 41 6.1 Buffer Model Parameters , . 41 Figure 12. Input Buffer Model , Except Special Group


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PDF 32-Bit 64-Bit architecture of pentium microprocessor A509 t04 marking WB mark Diode Intel Pentium OverDrive transistor t04 66 MG80502 A5101-01 Marking Code E37 marking l33
2005 - HSML-2822

Abstract: varactor diode model in ADS Limiter PIN diode ADS model PIN diode ADS model hsml5822 ADS varactor diode varactor diode in p-n junction in ads zero bias schottky diode 2GHz hsms2820 limiter transistor JSW
Text: Knowledge Center ADS support example, "How to create a model for the junction resistance of the PIN diode , . Simulation circuit of the PIN diode APLAC limited model Results The assembled limiter results shown in , APLAC-limited model is a linear one and therefore cannot predict the PIN diode contribution to the overall , common limiter configuration is the shuntconnected PIN diode which biases itself, a "self-biasing PIN , since the PIN diode performs the dual functions of rectifying the incoming RF signal and then using


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PDF HSMP382x 10Agilent 11Agilent AV02-2139EN HSML-2822 varactor diode model in ADS Limiter PIN diode ADS model PIN diode ADS model hsml5822 ADS varactor diode varactor diode in p-n junction in ads zero bias schottky diode 2GHz hsms2820 limiter transistor JSW
1996 - pentium processor block diagram

Abstract: 241430 4558n BT 815 transistor 241429 82430fx pentium system software writers manual 2202m 82430F Pentium A80501-60
Text: . 1.3. 1.4. 1.5. 1.6. Page PINOUT AND PIN DESCRIPTIONS , . 1-6 QUICK PIN REFERENCE. 1-6 PIN REFERENCE TABLES . .1-14 PIN GROUPING ACCORDING TO FUNCTION . .1-17 OUTPUT PIN GROUPING ACCORDING TO WHEN DRIVEN . .1-18 CHAPTER 2


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PDF lia31-0 Intel486TM 1-55512-237-X 1-55512-240-X pentium processor block diagram 241430 4558n BT 815 transistor 241429 82430fx pentium system software writers manual 2202m 82430F Pentium A80501-60
analog devices 118a

Abstract: No abstract text available
Text: Analog-to-Digital Converters Sampling Rate Resolution Model 1 ADS -325A ADS -112 ? iMHz) 20 1 1.2 2 2 5 5 10 0.5 0.5 , 1.6 2.8 ' 8 17 2.9 22 1.7 2 95 L MIL-STD-8B3 Package 48- Pin VQFP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 24- Pin DDIP 32- Pin TDIP 24- Pin DDIP 24- Pin DDIP 32- Pin TDIP 32-PinTDIP 24- Pin DDIP 32-PinTDIP 24- Pin DDIP Custom DIP 24- Pin DDIP 40- Pin TDIP 40- Pin TDIP 32- Pin TDIP 40- Pin TDIP Screening No Yes No Yes No No No Yes No Yes No Yes


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PDF ADS-325A ADS-112 Mll-STD-883 ADC-207 ADC-228. ADC-228 analog devices 118a
2008 - ADSD-1405MC

Abstract: SHM-LM2 ADC-HX12BGC SHM-45MC DAC-608C SHM-LM-2 CCDs Charge Coupled Devices ADC-810MM SHM-45MM ADC-Hx12
Text: Temperature Package Model Number Number of Latency Delays 24- pin DDIP/SMT ADS -916MC 0 14 , Temperature Package Model Number Number of Latency Delays 0 to +70 32- pin TDIP/SMT , 24- pin DDIP/SMT ADS -112MC 0 0 to +10, ±5 +5, ±15 1.3 -55 to +125 24- pin DDIP/SMT ADS -112MM 0 0 to +10, ±5 +5, ±15 1.6 0 to +70 24- pin DDIP/SMT ADS -117MC 0 72 0 to +10, ±5 +5, ±15 1.6 -55 to +125 24- pin DDIP/SMT ADS -117MM 0 69 ±1


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PDF D-80045 D-80336 ADSD-1405MC SHM-LM2 ADC-HX12BGC SHM-45MC DAC-608C SHM-LM-2 CCDs Charge Coupled Devices ADC-810MM SHM-45MM ADC-Hx12
Not Available

Abstract: No abstract text available
Text: model . The series resistors (Rs) are a part of the diode model . Remove these when removing the diodes , . Ringback is simulated at the input pin of a component using the input buffer model . Ringback can be , Dissipation is determined by asserting the STPCLK# pin or executing the HALT instruction. 4. Stop Clock Power Dissipation is determined by asserting the STPCLK# pin and then removing the external CLK input , CLK Rise Time 0.15 1.5 nS 3 (0.8V-2.0V), (1),(5) ADS #, PWT, PCD, BEO-7#, M/IO#, D


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PDF 165mV; 165mV
1978 - 2n3773 power Amplifier circuit diagrams

Abstract: AD534 vacuum tube applications data book 759N Non-Linear Circuits Handbook Analog Devices 2N3773 audio amplifier diagram
Text: joyfully close to the theoretical. In fact, in some ways even better. The ADS 3 5 is very similar to the , for division The AD534/AD535 square-roots easily, but requires a diode - connected as shown in , output may be made negative by reversing the diode polarity and inter- 2 changing the X input leads , (about 1OH2) to maintain diode conduction. For critical applications, the Z offset can be adjusted for , power), well within the ADS 34's input range. The voltage is measured across the load, with the tap of


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PDF rs10/Lt 2n3773 power Amplifier circuit diagrams AD534 vacuum tube applications data book 759N Non-Linear Circuits Handbook Analog Devices 2N3773 audio amplifier diagram
1998 - processor cross reference

Abstract: BF115 t04 68 3 pin transistor Intel486TM PROCESSOR FAMILY 273203
Text: .11 3.2.1 Pin Cross Reference , .16 3.2.3 Pin Quick Reference .16 3.2.4 Pin Reference 3.2.5 Pin Grouping According to Function , .39 4.4.1 Buffer Model Parameters


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PDF 32-Bit 64-Bit processor cross reference BF115 t04 68 3 pin transistor Intel486TM PROCESSOR FAMILY 273203
1998 - TRANSISTOR a31

Abstract: T16B diode t56 mobile pentium processor System Design Considerations Decoupling Recommendations T24B
Text: the diode model . Remove these when removing the diodes from the input model . Figure 25. Input , input buffer model . Ringback is the absolute value of the maximum voltage at the receiving pin below , , simulate signal trace with DC diodes in place at the receiver pin . The DC diode behaves almost identically , t6c LOCK# Valid Delay 1.1 7.0 ns 19 t6d ADS # Valid Delay 1.0 6.0 ns , ; CL = 0 pF Symbol Parameter t7 ADS #, AP, A31­A3, PWT, PCD, BE7#­BE0#, M/IO#, D/C#, W/R


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2000 - tms 980

Abstract: ADS-220 Amplifier ADS ADS-230 ADS231 ADS-231 LM4040
Text: -230 and ADS -231 are packaged in a small 44- pin plastic Leaded Chip Carrier (LCC). Each model contains a , the 10 second delay time on DIS after PD is pulled low. 3 ® ADS -230/ ADS -231 PIN , the ANALOG INPUT pin . For maximum performance, the source impedance driving the input of the ADS , 100 RSW = 100 CH = 25pF TO COMPARATORS CH Figure 2. ADS -230/-231 Input Stage Model The , ADS -230 and ADS -231 have an internal multiplexer that is controlled by the logic level on the SEL pin


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PDF ADS-230/ADS-231 12-Bit, 12-bit 44-pin 200mW ADS-230 ADS-231 tms 980 ADS-220 Amplifier ADS ADS231 LM4040
2002 - NONLINEAR MODEL LDMOS

Abstract: sweep generator MOTOROLA MRF19125 motorola amplifiers examples FET model AN1941
Text: model and MET (Motorola Electro Thermal) model . All examples contained within this application note are based on simulation results from Agilent EEsof EDA Advanced Design System ( ADS ). ROOT MODEL The Root model is a data­based model that is created from the HP Root FET Model generator. The model generator creates a device­specific, large­signal model from small­signal S­parameter and measured DC data , model types in more advanced RF simulations in ADS . These topics are beyond the scope of this


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PDF AN1941/D AN1941 MRF19125 NONLINEAR MODEL LDMOS sweep generator MOTOROLA motorola amplifiers examples FET model AN1941
Not Available

Abstract: No abstract text available
Text: ADS -919MC OPERATING TEMP. RANGE 0 to +70°C Unipolar (0 to +10V) 24- pin DDIP Non-RoHS ADS -919MC-C 0 to +70°C Unipolar (0 to +10V) 24- pin DDIP RoHS ADS -919GC 0 to +70°C Unipolar (0 to +10V) 24- Pin SMT Non-RoHS MODEL NUMBER ADS -919GC-C 0 to +70°C Unipolar (0 , 0000 0000 0001 0.000000 To Pin 20 of ADS -919 50 INPUT VOLTAGE (0 TO +10V) +9.999390 , . (33.02) 24- Pin Surface Mount Versions ADS -919GC ADS -919GE ADS -919GM ADS -919G/883 ADS


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PDF ADS-919 14-Bit, ADS-919 24-pin MIL-STD-883 ADS-929
2013 - Not Available

Abstract: No abstract text available
Text: 0000 0000 0001 0.000000 To Pin 20 of ADS -919 50 INPUT VOLTAGE (0 TO +10V) +9.999390 , ) 1.31 MAX. (33.02) 24- Pin Surface Mount Versions ADS -919GC ADS -919GE ADS -919GM ADS -919G/883 , -Bit, 2MHz, Low-Power Sampling A/D Converters MODEL NUMBER ADS -919MC ORDERING INFORMATION OPERATING , ADS -919MC-C 0 to +70°C Unipolar (0 to +10V) 24- Pin DDIP ADS -919GC 0 to +70°C Unipolar (0 to +10V) 24- Pin SMT No ADS -919GC-C 0 to +70°C Unipolar (0 to +10V) 24- Pin


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PDF ADS-919 14-Bit, ADS-919 24-pin MIL-STD-883 ADS-929
2012 - Not Available

Abstract: No abstract text available
Text: DIMENSIONS INCHES (mm) 1.31 MAX. (33.27) 24- Pin DDIP Versions ADS -919MC ADS -919ME ADS -919MM ADS -919/883 , MAX. (33.02) 24- Pin Surface Mount Versions ADS -919GC ADS -919GE ADS -919GM ADS -919G/883 ADS , +125°C ­55 to +125°C ­55 to +125°C MODEL NUMBER ADS -919MC ADS -919MC-C ADS -919GC ADS -919GC-C ADS , ® ® ADS -919 14-Bit, 2MHz, Low-Power Sampling A/D Converters PRODUCT OVERVIEW The ADS , input signals up to Nyquist frequencies with no missing codes. The ADS -919 features outstanding dynamic


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PDF ADS-919 14-Bit, ADS-919 24-pin MIL-STD-883 ADS-929
1996 - tms 3615

Abstract: 242973 82497 pentium processor block diagram mobile pentium processor System Design Considerations Decoupling Recommendations D6378 dp07 cp
Text: from the SPGA 3.3V Pentium Processor _ 8 3.2. TCP Pinout and Pin Descriptions _ , ® PROCESSOR PIN CROSS REFERENCE _ 10 3.3. Design Notes_ 17 3.4. Quick Pin Reference _ 17 3.5. Pin Reference Tables _ 24 3.6. Pin Grouping According , _ 55 7.1.6.2. Package Dimensions _ 77 4.4.1. BUFFER MODEL PARAMETERS_ 59 7.1.7 , ) and the Staggered Pin Grid Array (SPGA) package. It has all the advanced features of the 3.3V


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PDF 32-Bit 64-Bit 296-Pin tms 3615 242973 82497 pentium processor block diagram mobile pentium processor System Design Considerations Decoupling Recommendations D6378 dp07 cp
1996 - t187

Abstract: BGT Q 900 A18 OE T10 cache controller intel 82496 82497 intel 82496 apic s09 82489dx 290446 82496 CDB22
Text: . 1-5 1.2. PIN CROSS REFERENCE TABLES , . 1-12 1.3. BRIEF PIN DESCRIPTIONS , . MESI CACHE CONSISTENCY PROTOCOL MODEL . 3-2 3.5 , . 5-37 5.2. DETAILED PENTIUM® PROCESSOR CACHE CHIP SET PIN DESCRIPTIONS. 5-39 5.2.1. Signal , . 5-40 5.2.2. Pentium® Processor Cache Chip Set Detailed Pin Descriptions .


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PDF Intel486TM 1-55512-237-X 1-55512-240-X t187 BGT Q 900 A18 OE T10 cache controller intel 82496 82497 intel 82496 apic s09 82489dx 290446 82496 CDB22
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