MICHAEL HIEBEL FUNDAMENTALS OF VECTOR ANALYSIS Search Results

MICHAEL HIEBEL FUNDAMENTALS OF VECTOR ANALYSIS Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
An Introduction to Broadband Impedance Transformation for RF Power Amplifiers Abstract: transistor substitution chart michael hiebel fundamentals of vector analysis broadband impedance transformation smith AN-721 MOTOROLA small signal transistors Text: From January 2009 High Frequency Electronics Copyright 2009 Summit Technical Media, LLC High Frequency Design BROADBAND MATCHING An Introduction to Broadband Impedance Transformation for RF Power Amplifiers By Anthony J. Bichler RF Micro Devices, Inc. T	Original	AN-721, An Introduction to Broadband Impedance Transformation for RF Power Amplifiers transistor substitution chart michael hiebel fundamentals of vector analysis broadband impedance transformation smith AN-721 MOTOROLA small signal transistors	PDF
free transistor Abstract: BFR740L3RH uln 2008 uln 2008 datasheet Digital Oscilloscope Preamplifier ULN 2009 ultra Low Noise ULN types 825000 LQP10A MTA-100 Text: Application Note, Rev. 1.1, May 2009 Application Note No. 170 BFR740L3RH SiGe:C Ultra Low Noise RF Transistor in 5 – 6 GHz LNA Application with 14 dB Gain, 1.3 dB Noise Figure & < 100 nanosecond Turn-On / Turn-Off Time TSLP-3-9 Pb-Free / Halogen Free Transistor Package	Original	BFR740L3RH free transistor uln 2008 uln 2008 datasheet Digital Oscilloscope Preamplifier ULN 2009 ultra Low Noise ULN types 825000 LQP10A MTA-100	PDF
uln 2008 Abstract: 825000 BFP740F Digital Oscilloscope Preamplifier michael hiebel fundamentals of vector analysis uln 2008 datasheet LQP10A MTA-100 spice ULN ultra Low Noise ULN types Text: Application Note, Rev. 1.2, November 2008 Application Note No. 168 BFP740F SiGe:C Ultra Low Noise RF Transistor in 5 – 6 GHz LNA Application with 16 dB Gain, 1.3 dB Noise Figure & 1 microsecond Turn-On / Turn-Off Time For 802.11a & 802.11n “MIMO” Wireless LAN Applications	Original	BFP740F uln 2008 825000 Digital Oscilloscope Preamplifier michael hiebel fundamentals of vector analysis uln 2008 datasheet LQP10A MTA-100 spice ULN ultra Low Noise ULN types	PDF
uln 2008 Abstract: BFP740 uln 2008 datasheet 825000 michael hiebel fundamentals of vector analysis Digital Oscilloscope Preamp Digital Oscilloscope Preamplifier BFP740 equivalent BFP740F LQP10A Text: Application Note, Rev. 1.0, November 2008 Application Note No. 169 BFP740 SiGe:C Ultra Low Noise RF Transistor in 5 – 6 GHz LNA Application with 15 dB Gain, 1.3 dB Noise Figure & ~ 100 nanosecond Turn-On / Turn-Off Time For 802.11a & 802.11n “MIMO” Wireless LAN Applications	Original	BFP740 uln 2008 uln 2008 datasheet 825000 michael hiebel fundamentals of vector analysis Digital Oscilloscope Preamp Digital Oscilloscope Preamplifier BFP740 equivalent BFP740F LQP10A	PDF
740F-080930 Abstract: michael hiebel fundamentals of vector analysis j22332 Digital Oscilloscope Preamplifier BFP620 applications note BFP740F LQP10A MTA-100 Miteq SMC-02 AN17-1 Text: Application Note, Rev. 1.1, January 2009 Application Note No. 171 BFP740F SiGe:C Ultra Low Noise RF Transistor in 2.4 – 2.5 GHz LNA Application with 17 dB Gain, 0.7 dB Noise Figure & < 1 microsecond Turn-On / Turn-Off Time For 802.11b/g & 802.11n “MIMO” Wireless LAN Applications	Original	BFP740F 11b/g BFP620 AN171) 740F-080930 michael hiebel fundamentals of vector analysis j22332 Digital Oscilloscope Preamplifier BFP620 applications note LQP10A MTA-100 Miteq SMC-02 AN17-1	PDF
FSEM30 Abstract: BFP740 AN219 michael hiebel fundamentals of vector analysis NRP-Z21 sot344 BFP740ESD BFP740FESD C166 MTA-100 Text: BF P7 4 0 E SD BF P7 4 0 E SD E S D- H a rd e n e d S i Ge :C Ul tr a L o w No i s e R F Tra n s i s to r wi t h 2 k V ES D Ra ti n g i n 5 – 6 G Hz L NA Ap p l i c a ti o n . 1 5 d B G a i n , 1 .3 d B No i s e Fi g u r e & < 1 0 0 n s T u rn - O n / T u rn - O ff	Original	20dBm AN219, BFP740ESD BFP740ESD AN219 FSEM30 BFP740 AN219 michael hiebel fundamentals of vector analysis NRP-Z21 sot344 BFP740FESD C166 MTA-100	PDF
michael hiebel fundamentals of vector analysis Abstract: NRP-Z21 AN220 BFP740FESD MTA-100 rf detector diode BFP740F C166 TSLP-2-17 FSEM30 Text: BF P7 4 0 F ES D BF P7 4 0 F ES D E SD - Ha r d e n e d Si Ge : C Ul tr a L o w No i s e R F Tra n s i s to r wi t h 2 k V ES D Ra ti n g i n 5 – 6 G Hz L NA Ap p l i c a ti o n . 1 7 d B G a i n , 1 .4 d B No i s e Fi g u r e & < 1 0 0 n s T u rn - O n / T u rn - O ff	Original	20dBm AN220, BFP740FESD BFP740FESD AN220 michael hiebel fundamentals of vector analysis NRP-Z21 AN220 MTA-100 rf detector diode BFP740F C166 TSLP-2-17 FSEM30	PDF
k 513 Abstract: MOBILE PHONE AMPLIFIER michael hiebel fundamentals of vector analysis bfp640f BFP620 applications note gps trimble transistor bf 179 Miteq MTA-100 AN179 Text: BF P640 F AN179 High Gain , Hi gh IP3 GPS L NA using BF P640 F Si Ge: C Transisto r Applic atio n Note Revision: Rev 1.2, 2010.02.16 RF and Protecti on Devi c es Edition 2010.02.16 Published by Infineon Technologies AG 81726 Munich, Germany 2010 Infineon Technologies AG	Original	AN179 BFP620 BFP640F AN182 k 513 MOBILE PHONE AMPLIFIER michael hiebel fundamentals of vector analysis BFP620 applications note gps trimble transistor bf 179 Miteq MTA-100 AN179	PDF
transistor C4 Abstract: BFR740L3RH Digital Oscilloscope Preamplifier BFP620 spice BFP620 applications note Miteq SMC-02 LQP10A MTA-100 transistor cross ref Isolation amplifier Text: Application Note, Rev. 1.0, January 2009 Application Note No. 173 BFR740L3RH SiGe:C Ultra Low Noise RF Transistor in 2.4 – 2.5 GHz LNA Application with 18 dB Gain, 0.7 dB Noise Figure & < 1 microsecond Turn-On / Turn-Off Time For 802.11b/g & 802.11n “MIMO” Wireless LAN Applications;	Original	BFR740L3RH 11b/g BFP620 AN173) transistor C4 Digital Oscilloscope Preamplifier BFP620 spice BFP620 applications note Miteq SMC-02 LQP10A MTA-100 transistor cross ref Isolation amplifier	PDF