HP346A
Abstract: HP346B low noise transistors rf MAX2640 MAX2645 MAX2684 MAX2700 MAX9982 N8973A MAX2649
Text: Maxim > App Notes > BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Nov 21, 2003 Keywords: rf, rfic, wireless, noisefigure measurement, gain, meter, y factor, rf ics, rfics APPLICATION NOTE 2875 Three Methods of Noise Figure Measurement Abstract: Three different methods to measure noise figure are presented: Gain method, Y-factor method, and
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MAX2643:
MAX2645:
MAX2648:
MAX2649:
MAX2654:
MAX2655:
MAX2656:
MAX2684:
MAX2700:
MAX9982:
HP346A
HP346B
low noise transistors rf
MAX2640
MAX2645
MAX2684
MAX2700
MAX9982
N8973A
MAX2649
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HP laptop schematic power supply circuit diagram
Abstract: schematic diagram of laptop hp hp laptop schematic diagram basics of wiring harness MC13853 6626A DCS1800 EGSM900 IEEE488 PCS1900
Text: MC13853 LNA Evaluation Board User’s Guide Document Number: MC13853EVBUG Rev. 1.3 10/2007 How to Reach Us: Home Page: www.freescale.com Web Support: http://www.freescale.com/support USA/Europe or Locations Not Listed: Freescale Semiconductor Technical Information Center, EL516
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MC13853
MC13853EVBUG
EL516
HP laptop schematic power supply circuit diagram
schematic diagram of laptop hp
hp laptop schematic diagram
basics of wiring harness
6626A
DCS1800
EGSM900
IEEE488
PCS1900
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HP8593E
Abstract: HP8482A MARCONI 2031 HP346B MARCONI 2031 GENERATOR HP-8593E Harris 10GHz LNA 10GHz bandpass filter 2.4Ghz vswr meter PCS3225CTND
Text: Harris Semiconductor No. AN9618.2 Harris Linear August 1996 Using the PRISM HFA3624 Evaluation Board Author: Bob Rood TM Introduction circuit provided offers high performance, low component cost and space savings, as well as a low profile for PCMCIA applications.
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AN9618
HFA3624
1-800-4-HARRIS
HP8593E
HP8482A
MARCONI 2031
HP346B
MARCONI 2031 GENERATOR
HP-8593E
Harris 10GHz LNA
10GHz bandpass filter
2.4Ghz vswr meter
PCS3225CTND
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SOT143 L03
Abstract: L0523 D2030 L03 sot143 yg 2025 microstripline FR4 AT-30511 AT-31011 W02 SOT23 ATF-10236
Text: 900 and 2400 MHz Amplifiers Using the AT-3 Series Low Noise Silicon Bipolar Transistors Application Note AN 1085 1. Introduction Discrete transistors offer low cost solutions for commercial applications in the VHF through microwave frequency range. Today’s silicon bipolar transistors offer state-ofthe-art noise figure and gain performance with low power
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5964-3854E
SOT143 L03
L0523
D2030
L03 sot143
yg 2025
microstripline FR4
AT-30511
AT-31011
W02 SOT23
ATF-10236
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HP8482A
Abstract: MARCONI 2031 HP346A HP8593E narda rf HP346B HFA3624 HP87405A PCS3225CTND AN9618
Text: Using the PRISM HFA3624EVAL Evaluation Board Application Note June 1998 AN9618.3 Author: Bob Rood Introduction The HFA3624 Up/Down converter is one of the five chips in the Intersil 2.4GHz PRISM chip set providing a solution for RF modems employing Direct Sequence
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HFA3624EVAL
AN9618
HFA3624
HP8482A
MARCONI 2031
HP346A
HP8593E
narda rf
HP346B
HP87405A
PCS3225CTND
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BFP620 applications note
Abstract: 28428 bfp640 BFP640 noise figure transistor l2 ansoft 3RD Rail Engineering RF LNA 10 GHz
Text: LWR # 00522 LNA P Silicon Discretes - BFP640 Preliminary Eval / 2.4 GHz LNA September 7, 2001 The SiGe BFP640 as a 2.4 GHz Low Noise Amplifier. • Overview: The new BFP640 SiGe Transistor is shown in a 2400 – 2483.5 MHz Low Noise Amplifier Application. The
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BFP640
BFP620,
BFP620.
OT-343
BFP620 applications note
28428
BFP640 noise figure
transistor l2
ansoft
3RD Rail Engineering
RF LNA 10 GHz
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yg 2025
Abstract: HP346A 2305 isolator AT-30511 AT-31011 AT-32033 ATF-10236 AN-G004 equivalent transistor K 3532
Text: 900 and 2400 MHz Amplifiers Using the AT-3 Series Low Noise Silicon Bipolar Transistors Application Note 1085 1. Introduction Discrete transistors offer low cost solutions for commercial applications in the VHF through microwave frequency range. Today’s silicon bipolar transistors
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5964-3854E
yg 2025
HP346A
2305 isolator
AT-30511
AT-31011
AT-32033
ATF-10236
AN-G004
equivalent transistor K 3532
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HP346B
Abstract: HP346A MAX2105 MAX2640 MAX2645 MAX2684 MAX2700 MAX9982 N8973A
Text: BASESTATIONS / WIRELESS INFRASTRUCTURE WIRELESS, RF, AND CABLE Nov 21, 2003 Three Methods of Noise Figure Measurement Three different methods to measure noise figure are presented: Gain method, Y-factor method, and the Noise Figure Meter method. The three
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log10
MAX2641:
MAX2642:
MAX2643:
MAX2645:
MAX2648:
MAX2649:
MAX2654:
MAX2655:
MAX2656:
HP346B
HP346A
MAX2105
MAX2640
MAX2645
MAX2684
MAX2700
MAX9982
N8973A
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ATF10236
Abstract: FET K 2611 TRANSISTOR BD 137-10 AGILENT 9988 microstripline ATF-10136 transistor equivalent 2274 table chart ATF-10736 HP346A MSA-0686
Text: Using the ATF-10236 in Low Noise Amplifier Applications in the UHF Through 1.7 GHz Frequency Range Application Note 1076 Introduction GaAs FET devices are typically used in low-noise amplifiers in the microwave frequency region where silicon transistors can’t
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ATF-10236
frequen058
5963-3780E
5966-0166E
ATF10236
FET K 2611
TRANSISTOR BD 137-10
AGILENT 9988
microstripline
ATF-10136
transistor equivalent 2274 table chart
ATF-10736
HP346A
MSA-0686
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HP346A
Abstract: D2030 5091-9311E 47433 W02 SOT23 AT-30511 AT-31011 AT-32033 ATF-10236 Hewlett-Packard transistor microwave
Text: 900 and 2400 MHz Amplifiers Using the AT-3 Series Low Noise Silicon Bipolar Transistors Application Note 1085 1. Introduction Discrete transistors offer low cost solutions for commercial applications in the VHF through microwave frequency range. Today’s silicon bipolar transistors
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HP8648B
Abstract: an3571 MAX2640 GRM188R71H152KA01B 0603CS-R10XJBC 100nH inductor 0603 HP346A
Text: Maxim > App Notes > WIRELESS, RF, AND CABLE Keywords: automotive keyless entry, MAX2640, LNA, 315MHz, RKE, stability, automotive, keyless entry Sep 08, 2005 APPLICATION NOTE 3571 S-Parameter Measurements and Stability Analysis for the MAX2640 LNA Abstract: Stability analysis of the MAX2640 LNA is performed using S-parameter measurements. Multiple test
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MAX2640,
315MHz,
MAX2640
MAX2640
315MHz
com/an3571
MAX2640:
AN3571,
APP3571,
Appnote3571,
HP8648B
an3571
GRM188R71H152KA01B
0603CS-R10XJBC
100nH inductor 0603
HP346A
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tda5210
Abstract: TDA52xx infineon 8086 TDA5210 A5 BFP540F FSEB30 HP346A MTA-100 TDA5211 TDA5212
Text: A pp lica t ion Note , V 1.0 , Ju ly 20 0 4 TDA52xx Incr e asing th e Se nsitivit y of t he TD A5 2xx Re ceiver s W i re l e s s C o n t r o l Co mpo ne nts N e v e r s t o p t h i n k i n g . Edition 2004-07-01 Published by Infineon Technologies AG, Am Campeon 1-12,
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TDA52xx
D-85579
tda5210
TDA52xx
infineon 8086
TDA5210 A5
BFP540F
FSEB30
HP346A
MTA-100
TDA5211
TDA5212
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ATF-10736
Abstract: AN-G005 ATF10236 ATF-10236 ATF10136 ATF-10136 HP346A MSA-0686 TK11650U TL05
Text: Using the ATF-10236 in Low Noise Amplifier Applications in␣ the UHF through 1.7 GHz Frequency Range Application Note 1076 Introduction GaAs FET devices are typically used in low-noise amplifiers in the microwave frequency region where silicon transistors can’t
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ATF-10236
ATF-10736
AN-G005
ATF10236
ATF10136
ATF-10136
HP346A
MSA-0686
TK11650U
TL05
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GRM40cog
Abstract: HP346A rf 315mhz sample circuit rf 315mhz RF S-parameters s-parameter 0603CS-R10XJBC GRM188R71H152KA01B MAX2640 N8973A
Text: Maxim/Dallas > App Notes > WIRELESS, RF, AND CABLE Keywords: automotive keyless entry, MAX2640, LNA, 315MHz, RKE, stability, automotive, keyless entry Jun 23, 2005 APPLICATION NOTE 3571 S-Parameter Measurements and Stability Analysis for the MAX2640 LNA Stability analysis of the MAX2640 LNA is performed using S-parameter measurements. Multiple test cases confirm
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MAX2640,
315MHz,
MAX2640
MAX2640
315MHz
N8973A)
HP346A)
com/an3571
MAX2640:
AN3571,
GRM40cog
HP346A
rf 315mhz sample circuit
rf 315mhz
RF S-parameters
s-parameter
0603CS-R10XJBC
GRM188R71H152KA01B
N8973A
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transistor cross ref
Abstract: gps lna BFP640 Calistoga Transistor Cross Reference gps schematic diagram Miteq SMC-02 BFP640 noise figure FSEB30 GPS log
Text: LWR # SD 00030 LNA P Silicon Discretes – BFP640 1575 MHz GPS LNA August 28, 2003 A Low-Current Low Noise Amplifier LNA for 1575 MHz Global Positioning Satellite (GPS) Applications using the Silicon-Germanium BFP640 Transistor. Overview: • BFP640 is investigated for use as an LNA for 1575 MHz GPS
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BFP640
transistor cross ref
gps lna
Calistoga
Transistor Cross Reference
gps schematic diagram
Miteq SMC-02
BFP640 noise figure
FSEB30
GPS log
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W1A sot23 transistor
Abstract: ci LA 7804 ON w1a SOT-23 wl 1281 W02 SOT23 w1a, sot-23 ST 11791 EN 13557 yg 2025 W1A SOT23
Text: HEW LETT 1 "KM P A C K A R D 900 and 2400 MHz Amplifiers Using the AT-3 Series Low Noise Silicon Bipolar Transistors Application Note 1085 1. Introduction Discrete transistors offer low cost solutions for commercial applica tions in the VHF through microwave frequency range.
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HP346A
Abstract: PCS3225CTND
Text: Using the PRISM HFA3624EVAL Evaluation Board Sem iconductor A p p lic a tio n Note J u n e 1998 A N 9 6 1 8 .3 Author: Bob Rood Introduction The HFA3624 Up/Down converter is one of the five chips in the Harris 2.4GHz PRISM™ chip set providing a solution for
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HFA3624EVAL
HFA3624
RGURE15.
HP346A
PCS3225CTND
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