APP742
Abstract: smith chart smith MAX2320 MAX2338 MAX2358 MAX2387 MAX2388 MAX2472 matching with smith chart
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: smith chart, RF, impedance matching, transmission line Jul 22, 2002 APPLICATION NOTE 742 Impedance Matching and the Smith Chart: The Fundamentals Abstract: Tutorial on RF impedance matching using the Smith Chart. Examples are shown plotting reflection
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MAX2472
900MHz
MAX2387:
MAX2388:
MAX2472:
MAX2473:
MAX2640:
MAX2641:
MAX2642:
MAX2644:
APP742
smith chart
smith
MAX2320
MAX2338
MAX2358
MAX2387
MAX2388
matching with smith chart
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MAX2320
Abstract: MAX2338 MAX2358 MAX2472 SIEMENS saw filter Maxim Integrated MAX2640 28 27 app abstract
Text: Maxim > App Notes > Wireless, RF, and Cable Keywords: smith chart, RF, impedance matching, transmission line Jul 22, 2002 APPLICATION NOTE 742 Impedance Matching and the Smith Chart: The Fundamentals Abstract: Tutorial on RF impedance matching using the Smith chart. Examples are shown plotting reflection
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MAX2472
900MHz
MAX2388:
MAX2472:
MAX2473:
MAX2640:
MAX2641:
MAX2642:
MAX2644:
MAX2645:
MAX2320
MAX2338
MAX2358
SIEMENS saw filter
Maxim Integrated MAX2640 28 27
app abstract
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8002Q
Abstract: HH SMITH 2331
Text: NTT/Smith NTT/HH Smith Spacers and Standoffs Male/Female Hex Standoffs Female/Female Hex Standoffs Ceramic Standoffs Outer Diameter O.D. : 1/4 inch. Thread Charts (For Aluminum and Nylon) Thread Size Body Length (In.) Thread Depth (In.) Thread Length (In.)
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Diamete25
8002Q
HH SMITH 2331
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smith chart
Abstract: max2640 smith smith MAX2320 MAX2338 MAX2387 MAX2388 MAX2640 MAX2641 MAX2642
Text: WIRELESS, RF, AND CABLE Application Note 742: Mar 23, 2001 Impedance Matching and the Smith Chart: The Fundamentals Tutorial on RF impedance matching using the Smith Chart. Examples are shown plotting reflection coefficients, impedances and admittances. A sample matching network is designed at 60 MHz using graphical methods.
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MAX2320:
MAX2338:
MAX2387:
MAX2388:
MAX2640:
MAX2641:
MAX2642:
MAX2644:
MAX2645:
MAX2648:
smith chart
max2640 smith
smith
MAX2320
MAX2338
MAX2387
MAX2388
MAX2640
MAX2641
MAX2642
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AN1849
Abstract: APP1849 LS12 LS22 MAX2320
Text: Maxim > App Notes > Wireless and RF Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1849 Low-Noise Amplifier Stability Concept to Practical Considerations,
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MAX2320:
com/an1849
AN1849,
APP1849,
Appnote1849,
AN1849
APP1849
LS12
LS22
MAX2320
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uav design
Abstract: uav sensors uav electronic design microprocessor in ROBOT SYSTEMS garmin geko 201 pc controlled robot main project circuit diagram garmin garmin GPS 12 GPS Builder "laser range finder"
Text: Artificially Intelligent Autonomous Aircraft Navigation System Using a DT on an FPGA Star Award Artificially Intelligent Autonomous Aircraft Navigation System Using a Distance Transform on an FPGA Institution: Monash University Participants: Nathan William Smith
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APP1851
Abstract: LS12 MAX2320 SS11 s11s
Text: Maxim > App Notes > Wireless and RF Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1851 Low-Noise Amplifier Stability Concept to Practical Considerations,
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MAX2320:
com/an1851
AN1851,
APP1851,
Appnote1851,
APP1851
LS12
MAX2320
SS11
s11s
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HC4046A
Abstract: AN1410 70.455 14049 MC74HC4046A DL129 MC4044 AN1410 Application Note
Text: AN1410/D Configuring and Applying the MC74HC4046A Phase-Locked Loop A versatile device for 0.1 to 16MHz frequency synchronization http://onsemi.com APPLICATION NOTE Prepared by: Cleon Petty, Gary Tharalson & Marten Smith Logic Application Engineers Abstract
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AN1410/D
MC74HC4046A
16MHz
HC4046A
HC4046A)
r14525
AN1410
70.455
14049
MC74HC4046A
DL129
MC4044
AN1410 Application Note
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circle surround 2 IC
Abstract: Using Linvill Techniques LS12 MAX2320 MAX2720 MAX2721 SS11 app abstract
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1851 Low-Noise Amplifier Stability Concept to Practical Considerations,
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MAX2320:
MAX2720:
MAX2721:
AN1851,
APP1851,
Appnote1851,
circle surround 2 IC
Using Linvill Techniques
LS12
MAX2320
MAX2720
MAX2721
SS11
app abstract
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matching with smith chart
Abstract: AN-1852 chart AN1852 APP1852 MAX2320 MAX2720 MAX2721 lna 30MHz to 2214
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1852 Low-Noise Amplifier Stability Concept to Practical Considerations,
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com/an1852
MAX2320:
MAX2720:
MAX2721:
AN1852,
APP1852,
Appnote1852,
matching with smith chart
AN-1852
chart
AN1852
APP1852
MAX2320
MAX2720
MAX2721
lna 30MHz to
2214
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AN1849
Abstract: APP1849 LS12 LS22 MAX2320 MAX2720 MAX2721
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: lna, rf, rfic, amplifier, stability, power gain, transmission lines, rfics, theory, smith chart, rf ics, radio frequency, amplifiers, low noise amplifier, amps Jan 09, 2003 APPLICATION NOTE 1849 Low-Noise Amplifier Stability Concept to Practical Considerations,
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MAX2320:
MAX2720:
MAX2721:
AN1849,
APP1849,
Appnote1849,
AN1849
APP1849
LS12
LS22
MAX2320
MAX2720
MAX2721
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HC4046A
Abstract: motorola an535 70.455 74hc4046a On Semiconductors HC4046A AN1410 DL129 MC4044 on application note an1410 BR1334-D
Text: Order this document by AN1410/D AN1410 Application Note Configuring and Applying the MC54/74HC4046A PhaseĆLocked Loop A versatile device for 0.1 to 16MHz frequency synchronization Prepared by Cleon Petty Gary Tharalson Marten Smith Applications Engineering
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AN1410/D
AN1410
MC54/74HC4046A
16MHz
AN1410/D*
DL129
HC4046A
motorola an535
70.455
74hc4046a
On Semiconductors HC4046A
AN1410
MC4044
on application note an1410
BR1334-D
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ANP-32
Abstract: XRP77 XRP7713
Text: P owe r X R ANP-32 Practical Layout Guidelines for PowerXR Designs August 2010 By: Bryan Smith – Senior Field Applications Engineer Kevin Parmenter – Advanced Technical Marketing Director PowerXR GENERAL DESCRIPTION Rev. 1.0.0 LAYOUT GUIDELINES CHECKLIST
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XRP77
XRP7713
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Untitled
Abstract: No abstract text available
Text: TECHNICAL INFORMATION INDUCTANCE MEASUREMENTS FOR MULTI-TERMINAL DEVICES Ben Smith AVX Corporation 801 17th Avenue South Myrtle Beach, SC 29578 Abstract: New innovations in both the telecommunication industry as well as the computer industry have mandated a need for using
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5M1099-N
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1206 capacitor chip pads layout
Abstract: MPK15-103 apc-7 connector X7R NPO esr HP4291A 805-npo 603-x7r 1206 pads layout esl sma
Text: ESR and ESL of Ceramic Capacitor Applied to Decoupling Applications Tanmoy Roy, Larry Smith Sun Microsystems, Inc., MS MPK15-103 901 San Antonio Rd.,Palo Alto, CA 94303-4900. tanmoy.roy@eng.sun.com, Fax: 650 786 6457 John Prymak Kemet Electronic Corporation
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MPK15-103
1206 capacitor chip pads layout
MPK15-103
apc-7 connector
X7R NPO esr
HP4291A
805-npo
603-x7r
1206 pads layout
esl sma
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dc to dc buck converter 200A
Abstract: push-pull converter 80V output C1206223K5RAC SLF12575-100M5R4 PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES CMPD2838-NSA 1299 mosfet SM76925 current fed push pull topology C2012X7R1H104K
Text: National Semiconductor Application Note 1299 Grant Smith March 2004 Introduction by a push-pull isolation stage that also provides voltage reduction in the transformer. The buck stage is synchronous, the upper and lower Mosfets are both N-channel, which are
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LM5101
LM5041,
AN-1299
dc to dc buck converter 200A
push-pull converter 80V output
C1206223K5RAC
SLF12575-100M5R4
PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES
CMPD2838-NSA
1299 mosfet
SM76925
current fed push pull topology
C2012X7R1H104K
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Untitled
Abstract: No abstract text available
Text: TECHNICAL INFORMATION INDUCTANCE MEASUREMENTS FOR MULTI-TERMINAL DEVICES Ben Smith AVX Corporation 801 17th Avenue South Myrtle Beach, SC 29578 Abstract: New innovations in both the telecommunication industry as well as the computer industry have mandated a need for using
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Power Modules Enable Electric Drive Systems
Abstract: siemens 3 phase motor soft starter 400kw siemens vdo step motor siemens vdo electronic throttle ultracapacitor active cell balancing regenerative braking Siemens VDO wiring Siemens VDO remote wiring peak and hold diesel nissan wiring
Text: WHITE PAPER POWER MODULES ENABLE ELECTRIC DRIVE SYSTEMS Mark Cohen & Richard Smith Maxwell Technologies, Inc. Maxwell Technologies, Inc. Worldwide Headquarters 9244 Balboa Avenue San Diego, CA 92123 USA Phone: +1 858 503 3300 Fax: +1 858 503 3301 Maxwell Technologies SA
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CH-1728
D-82205
5620rs.
Power Modules Enable Electric Drive Systems
siemens 3 phase motor soft starter 400kw
siemens vdo step motor
siemens vdo electronic throttle
ultracapacitor active cell balancing
regenerative braking
Siemens VDO wiring
Siemens VDO remote wiring
peak and hold diesel
nissan wiring
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VJSD75TX
Abstract: No abstract text available
Text: PATCHBAYS VPP Series DIMENSIONS ARE FOR REFERENCE ONLY Inch mm 5555 North Elston Avenue / Chicago, IL 60630 Phone: 773-792-2700 / Fax: 773-792-2129 w w w . s w i t c h c r a f t . c o m 31 PATCHBAYS 32 VPP Series Video Patchbay Series SMITH CHART (TYPICAL)
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Sandy Bridge
Abstract: AMD BASED X86 K8 processor intel Sandy Bridge nvidia quadro fx SSE4 Intel Xeon 7000 INTEL PENRYN CPU intel server board xeon lga 775 Barracuda 7200 QX6850
Text: 45nm Product Press Briefing Stephen L. Smith Corporate Vice President Director of Group Operations Digital Enterprise Group 1 Risk Factors Today’s presentation contains forward-looking statements. All statements made that are not historical facts are subject to a number of risks and
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1000MHz
64Bits/Cycle
128Bits/Cycle
Sandy Bridge
AMD BASED X86 K8 processor
intel Sandy Bridge
nvidia quadro fx
SSE4
Intel Xeon 7000
INTEL PENRYN CPU
intel server board xeon lga 775
Barracuda 7200
QX6850
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tffs
Abstract: voltage sag analysis 01060 18-A The peak impedance far exceeds the target impedance, so any current stimulus that CP-01060-1
Text: DesignCon 2010 On-Chip PDN Noise Characterization and Modeling Shishuang Sun, Altera Corp. ssun@altera.com, 408 544-8922 Larry D Smith, Altera Corp. lsmith@altera.com, (408) 544-7822 Peter Boyle, Altera Corp. pboyle@altera.com, (408) 544-6939 CP-01060-1.0 January 2010
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CP-01060-1
tffs
voltage sag analysis
01060
18-A
The peak impedance far exceeds the target impedance, so any current stimulus that
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helical antenna 434
Abstract: RF transmitter 433.9 tracking grounded MARCONI antennas printed spiral antenna Design and construction Wave FM radio transmitter circular fm broadcast antenna antenna 434 916 MHz helical coil antenna AN36A-070898 short whip
Text: ANTENNAS FOR LOW POWER APPLICATIONS By Kent Smith Introduction: There seems to be little information on compact antenna design for the low power wireless field. Good antenna design is required to realize good range performance. A good antenna requires it to be the right
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inv10
AN36A-070898
helical antenna 434
RF transmitter 433.9 tracking
grounded MARCONI antennas
printed spiral antenna
Design and construction Wave FM radio transmitter
circular fm broadcast antenna
antenna 434
916 MHz helical coil antenna
AN36A-070898
short whip
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short whip
Abstract: helical antenna 434 circular fm broadcast antenna 433.92 Antenna design trapezoidal antenna 433.92 printed spiral antenna slot antenna AN0036 antenna 434 433.92 Antenna design pcb
Text: Antennas for Low Power Wireless Applications By Kent Smith Introduction A suitable antenna design is critical to achieving adequate range and link robustness in a low power wireless radio system. The best antenna choice will depend on the nature of the application - hand-held, wall
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AN0036
short whip
helical antenna 434
circular fm broadcast antenna
433.92 Antenna design
trapezoidal antenna 433.92
printed spiral antenna
slot antenna
antenna 434
433.92 Antenna design pcb
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Untitled
Abstract: No abstract text available
Text: NAME DWG. NO. TITLE DATE SMITH CHART Courtesy of Microwaves101.com NORMALIZED IMPEDANCE AND ADMITTANCE COORDINATES 70 o , 1.2 1.0 50 0.9 0.8 55 0.7 0.6 60 45 1.6 1.8 2.0 65 0.5 06 0. 44 0. 14 4 0. 9 0.2 30 0.3 0.8 0.8 4.0 15 1.0 5.0 20 10 0. 8 0. 8 0.6 0.6
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