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    AFS304 Price and Stock

    L3 Harris Narda-Miteq AFS3-04000800-16-LN

    IC RF AMP GPS 4GHZ-8GHZ MODULE
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    L3 Harris Narda-Miteq AFS3-04000800-10-ULN

    IC RF AMP GPS 4GHZ-8GHZ MODULE
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    L3 Harris Narda-Miteq AFS3-04500480-07-S-4

    IC RF AMP GPS 4.5GHZ-4.8GHZ MOD
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    L3 Harris Narda-Miteq AFS3-04000800-18-TC-4

    IC RF AMP GPS 4GHZ-8GHZ MODULE
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    L3 Harris Narda-Miteq AFS3-04000800-09-CR-4

    IC RF AMP GPS 4GHZ-8GHZ MODULE
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    AFS304 Datasheets (39)

    Part ECAD Model Manufacturer Description Curated Type PDF
    AFS3-04000800-07-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-08-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-09-10P-4-GW L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-09-CR-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-HE-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-HE-4-AM L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-HE-4-BTO-V L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-HE-4-GW-S L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-10-ULN L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-12-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-13-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-14-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-15-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-16-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-16-LN L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-18-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-18-TC-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-20-10P-4 L-3 Narda Microwave - West AMPLIFIER Original PDF
    AFS3-04000800-20P-MP L-3 Narda Microwave - West AMPLIFIER Original PDF

    AFS304 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    Untitled

    Abstract: No abstract text available
    Text: 304MHz SMD RF SAW FILTER AFS304.0W02-TE Pb RoHS Compliant FEATURES: • Low passband insertion loss 4.5dB • 5.0 x 5.0 x 1.5mm seam sealed package • Suitable for RoHS reflow profile • 50ohm termination impedance 5.0 x 5.0 x 1.5mm | | | | | | | | | | | | | | |


    Original     		PDF 304MHz AFS304 0W02-TE 50ohm ISO9001

    LN 9499 03 075

    Abstract: AFS4 LN 9499 miteq c-22 AFS2 Miteq
    Text: Back to Amplifier Home Page AFS/JS AMPLIFIERS Table Of Contents Introduction Amplifier Models • Amplifiers By Frequency • Amplifiers By Category • Specialized Amplifiers • Typical JS Series Amplifier Performance Outline Drawings Amplifier Accessories


    Original     		PDF 2002/96/EC LN 9499 03 075 AFS4 LN 9499 miteq c-22 AFS2 Miteq

    AFS5-02001800

    Abstract: AFS4-06001800 AFS4 AFS4-12001800-30-TC-8 AFS5-02001800-45-TC-6 AFS3-04000 AFS5 AFS4-02001800 AFS4-06001800-35-TC-8 AFS6-08001800-35-TC-8
    Text: TEMPERATURE COMPENSATED AMPLIFIERS AFS SERIES In any solid state amplifier, both the gain and the noise figure will vary as a function of temperature. The overall gain of an uncompensated amplifier tends to decrease as the base plate temperature increases,


    Original     		PDF AFS4-02001800-45-TC-5 C-24C/temp AFS5-02001800 AFS4-06001800 AFS4 AFS4-12001800-30-TC-8 AFS5-02001800-45-TC-6 AFS3-04000 AFS5 AFS4-02001800 AFS4-06001800-35-TC-8 AFS6-08001800-35-TC-8

    AFS3-01000200-25-27P-6

    Abstract: AFS4-02001800-60-20P-6 AFS2 Miteq
    Text: MODERATE BAND/HIGHER POWER AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN NOISE GAIN FLATNESS FIGURE (dB, Min.) (±dB, Max.) (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER @ 1 dB COMP. (dBm, Min.) NOM. DC POWER (15 V, mA) OUTLINE DRAWING MODERATE BAND (CONT.)


    Original     		PDF AFS1-00010100-30-25P-4 AFS2-00010100-30-25P-6 AFS2-00050100-30-27P-6 AFS3-00050100-25-27P-6 AFS1-00100100-18-23P-4 AFS2-00100100-25-25P-6 AFS3-00100100-25-27P-6 AFS4-00100100-20-27P-6 AFS3-08001800-60-21P-4 AFS5-08001800-40-21P-6 AFS3-01000200-25-27P-6 AFS4-02001800-60-20P-6 AFS2 Miteq

    AFS3-02000400-08-HE-4

    Abstract: AFS4-06001800 AFS3-01000200-07-HE-6
    Text: LOW CURRENT CONSUMPTION AMPLIFIERS AFS SERIES FEATURES • Low voltage operation at 6 V for battery-driven applications • Small size for tight packaging requirements • AFS noise figure performance OPTIONS • Operation to 4 V is available • Customized gain, noise figure, etc.


    Original     		PDF AFS2-01000200-07-HE-6 AFS3-01000200-07-HE-6 AFS2-02000400-08-HE-4 AFS3-02000400-08-HE-4 AFS2-04000800-11-HE-2 AFS3-04000800-10-HE-4 AFS3-08001200-14-HE-4 AFS4-08001200-12-HE-4 AFS3-12001800-20-HE-4 AFS4-12001800-20-HE-4 AFS4-06001800

    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     		PDF BFP740 uln 2008 uln 2008 datasheet 825000 michael hiebel fundamentals of vector analysis Digital Oscilloscope Preamp Digital Oscilloscope Preamplifier BFP740 equivalent BFP740F LQP10A

    AFS4

    Abstract: AFS4-00400350-12-10P-4 AFS4-00102650-42-8P-4 AFS4-14501550-16-10P-4 AFS4-00100200-10-15P-4 AFS1-00100200-18-20P-4 AFS1-00100300-14-8P-4 AFS4-08001600-15-10P-4 AFS4-04000800-08-10P-4 AFS4-00100400-25-20P-4
    Text: ULTRA-WIDEBAND AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN NOISE GAIN FLATNESS FIGURE (dB, Min.) (±dB, Max.) (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER @ 1 dB COMP. (dBm, Min.) NOM. DC POWER (15 V, mA) OUTLINE DRAWING ULTRA-WIDEBAND AFS1-00100100-11-10P-4


    Original     		PDF AFS1-00100100-11-10P-4 AFS2-00100100-10-10P-2 AFS3-00100100-09-10P-4 AFS4-00100100-09-10P-4 AFS1-00040200-12-10P-4 AFS1-00100200-11-12P-4 AFS2-00100200-10-12P-2 AFS3-00100200-10-15P-4 AFS4-00100200-10-15P-4 AFS1-00100300-14-8P-4 AFS4 AFS4-00400350-12-10P-4 AFS4-00102650-42-8P-4 AFS4-14501550-16-10P-4 AFS1-00100200-18-20P-4 AFS4-08001600-15-10P-4 AFS4-04000800-08-10P-4 AFS4-00100400-25-20P-4

    AFS4-06001800

    Abstract: AFS4 AFS4-08001200-12-HE-4 AFS3-04000800-10-HE-4
    Text: LOW CURRENT CONSUMPTION AMPLIFIERS AFS SERIES FEATURES • Low voltage operating 6 V for battery-driven applications • Small size for tight packaging requirements • AFS noise figure performance OPTIONS • Operation to 4 V is available • Customized gain, noise figure, etc.


    Original     		PDF AFS2-01000200-07-HE-6 AFS3-01000200-07-HE-6 AFS2-02000400-08-HE-4 AFS3-02000400-08-HE-4 AFS2-04000800-11-HE-2 AFS3-04000800-10-HE-4 AFS3-08001200-14-HE-4 AFS4-08001200-12-HE-4 AFS3-12001800-20-HE-4 AFS4-12001800-20-HE-4 AFS4-06001800 AFS4

    AFS3-01200140-05-13P-6

    Abstract: AFS4-14501550-16-10P-4
    Text: MODERATE BAND AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN NOISE GAIN FLATNESS FIGURE (dB, Min.) (±dB, Max.) (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER NOM. DC @ 1 dB COMP. POWER (dBm, Min.) (15 V, mA) OUTLINE DRAWING MODERATE BAND (CONT.) AFS1-01200140-08-10P-4


    Original     		PDF AFS1-01200140-08-10P-4 AFS2-01200140-05-10P-6 AFS3-01200140-05-13P-6 AFS4-01200140-05-15P-6 AFS1-01200160-08-10P-4 AFS2-01200160-05-10P-6 AFS3-01200160-05-13P-6 AFS4-01200160-05-15P-6 AFS2-17001750-19-8P-2 AFS3-17001750-17-10P-4 AFS3-01200140-05-13P-6 AFS4-14501550-16-10P-4

    AFS4

    Abstract: AFS5 AFS6-08001800-35-TC-8
    Text: TEMPERATURE COMPENSATED AMPLIFIERS AFS SERIES In any solid state amplifier, both the gain and the noise figure will vary as a function of temperature. The overall gain of an uncompensated amplifier tends to decrease as the base plate temperature increases,


    Original     		PDF AFS4-02001800-45-TC-5 AFS4 AFS5 AFS6-08001800-35-TC-8

    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     		PDF 20dBm AN219, BFP740ESD BFP740ESD AN219 FSEM30 BFP740 AN219 michael hiebel fundamentals of vector analysis NRP-Z21 sot344 BFP740FESD C166 MTA-100

    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     		PDF 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

    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     		PDF BFR740L3RH free transistor uln 2008 uln 2008 datasheet Digital Oscilloscope Preamplifier ULN 2009 ultra Low Noise ULN types 825000 LQP10A MTA-100

    AFS5

    Abstract: AFS6-02001800-45-TC-8 AFS4 AFS6-08001800-35-TC-8
    Text: TEMPERATURE COMPENSATED AMPLIFIERS AFS SERIES In any solid state amplifier, both the gain and the noise figure will vary as a function of temperature. The overall gain of an uncompensated amplifier tends to decrease as the base plate temperature increases,


    Original     		PDF AFS6-02001800-45-TC-8 AFS5 AFS6-02001800-45-TC-8 AFS4 AFS6-08001800-35-TC-8

    cryogenic

    Abstract: AFS3-00100200-09-CR-4 miteq AFS3-2000400-08-CR-4
    Text: CRYOGENIC AMPLIFIERS AFS SERIES In addition to our standard low-noise amplifiers, MITEQ can support your needs for amplifiers that operate in cryogenic environments. MITEQ has supplied units cooled to liquid nitrogen temperatures 77 K , as well as units operating at helium (4 K) temperatures. These units utilize our extremely low-noise


    Original     		PDF AFS3-00100200-09-CER AFS3-00100200-09-CR-4 AFS3-01000200-06-CR-6 AFS3-02000400-08-CR-4 AFS3-04000800-09-CR-4 AFS4-08001200-10-CR-4 AFS4-12001800-16-CR-4 C-24C/cryogenic cryogenic AFS3-00100200-09-CR-4 miteq AFS3-2000400-08-CR-4

    AFD3

    Abstract: AFD3-020080-33-LN AFS3 AFD3-02 AFS3-00100600-20P-MP
    Text: LOW, ULTRA-LOW NOISE AND MEDIUM POWER AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN (dB, Min.) GAIN VARIATION (±dB, Max.) NOISE FIGURE (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER @ 1 dB COMP. (dBm, Min.) OUTLINE DRAWING AFS2-00500100-10-ULN AFS3-01000200-10-ULN


    Original     		PDF AFS2-00500100-10-ULN AFS3-01000200-10-ULN AFS3-02000400-10-ULN AFS3-02000600-12-ULN AFS3-04000800-10-ULN AFS3-08001200-14-ULN AFS3-02000800-18-ULN AFS4-12001800-28-ULN AFS4-08001800-30-ULN AFS4-06001800-35-ULN AFD3 AFD3-020080-33-LN AFS3 AFD3-02 AFS3-00100600-20P-MP

    two stage lna

    Abstract: bfp640f lna AFS3 Schematics 5250 AFS3-04000800-10-ULN EH 11a schematic 5250 uln 2007 BFP640
    Text: A pp li c at io n N o t e, R e v . 1. 2 , N ov e m be r 2 00 7 A p p li c a t i o n N o t e N o . 1 3 1 A Lo w C o s t , T w o S ta g e L N A f o r 5 t o 6 G H z " 8 0 2 . 1 1a " A pp l i c a t i o n s u s i n g t h e S i G e B F P 6 4 0 R F & P r o t e c ti o n D e v i c e s


    Original     		PDF

    AFS3-01200240-06-10P-6

    Abstract: AFS4-04000800-08-10P-4 AFS3-02000400-06-10P-4
    Text: MULTIOCTAVE/OCTAVE BAND AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN NOISE GAIN FLATNESS FIGURE (dB, Min.) (±dB, Max.) (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER @ 1 dB COMP. (dBm, Min.) NOM. DC POWER (15 V, mA) OUTLINE DRAWING 2.5:1 2.5:1 2.5:1


    Original     		PDF AFS2-12002600-40-5P-2 AFS3-12002600-32-5P-4 AFS32-12002600-32-5P-42 AFS32-12002600-32-5P-44 AFS1-00120025-10-13P-4 AFS2-00120025-09-10P-2 AFS3-00120025-09-10P-4 AFS4-00120025-09-10P-4 AFS2-06001200-18-5P-2 AFS3-06001200-15-8P-4 AFS3-01200240-06-10P-6 AFS4-04000800-08-10P-4 AFS3-02000400-06-10P-4

    AFS3-04000800-16-LN

    Abstract: No abstract text available
    Text: LOW, ULTRA-LOW NOISE AND MEDIUM POWER AFS AMPLIFIERS MODEL NUMBER FREQUENCY RANGE GHz GAIN (dB, Min.) GAIN VARIATION (±dB, Max.) NOISE FIGURE (dB, Max.) VSWR IN/OUT (Max.) OUTPUT POWER @ 1 dB COMP. (dBm, Min.) OUTLINE DRAWING AFS2-00500100-09-ULN AFS3-01000200-08-ULN


    Original     		PDF AFS2-00500100-09-ULN AFS3-01000200-08-ULN AFS3-02000400-10-ULN AFS3-02000600-12-ULN AFS3-04000800-10-ULN AFS3-08001200-14-ULN AFS3-02000800-18-ULN AFS4-12001800-28-ULN AFS4-08001800-30-ULN AFS4-06001800-35-ULN AFS3-04000800-16-LN

    C3L0

    Abstract: No abstract text available
    Text: MODERATE BAND AFS AMPLIFIERS r MODEL NUMBER FREQUENCE RANGE iGHz GAIN dB Mm ) GAIN FLATNESS (dB M ax.) NOISE FIGURE (dB. Max.) VSWR INPUT (M ax.] VSWR OUTPUT POW ER NOM. DC AFS ^ OUTPUT 1 dB COMP POW ER OUTLINE (M ax.] (dBm . Min I 415 V. m A i DRAW ING


    OCR Scan     		PDF 1-08240027-08-10P-4 AFS2-0O24DOÂ AFS34SO240Q27-G8-10P-4 0Q2400Â -00500060-08-15P-4 AFS2-00500060-05-1 AFS3-00500060-05-1 AFS4-00500060-05-1 C3L0

    Untitled

    Abstract: No abstract text available
    Text: LOW CURRENT CONSUMPTION AMPLIFIERS AFS SERIES FEATURES • Low Voltage Operating +6 V for Battery-Driven Applications • Small Size for Tight Packaging Requirements • AFS Noise Figure Performance OPTIONS • Operation to +4 V is Available • Customized Gain, Noise Figure, etc.


    OCR Scan     		PDF AFS2-0100G200-07-HE-6 AFS3-01000200-07-HE-6 AFS3-12001800-20-HE-4 AFS4-12001800-20-HE-4

    Untitled

    Abstract: No abstract text available
    Text: \ TEMPERATURE COMPENSATED AMPLIFIERS AFS SERIES i /— In any solid state amplifier, both the gain and the noise figure will vary as a function of temperature. The overall gain of an uncompensated amplifier tends to decrease as the base plate temperature increases,


    OCR Scan     		PDF AFS6-02001800-45TC-8 35-TC-8 08001800-35-TC-8 AFS4-020G1800-45-TC-5 AFS5-O2O018OO-45-TC-6