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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 AFS3-04000800-09-CR-4

    IC RF AMP GPS 4GHZ-8GHZ MODULE
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    L3 Harris Narda-Miteq AFS3-04000800-18-TC-4

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

    Part ECAD Model Manufacturer Description Curated Datasheet 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 | | | | | | | | | | | | | | |


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    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


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    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,


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    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.)


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    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.


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    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


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    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


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    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.


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    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


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    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,


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    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


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    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


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    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


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    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,


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    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


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    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


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    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


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    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


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    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


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    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