Ru / 中文
inner page banner

Low Noise Amplifier

● Low Noise Figure Design

● High Gain Stability

● Wideband Coverage Range

● Excellent Linearity Performance

● Low Power Consumption and High Efficiency

● Compact and Miniaturized Package

Low Noise Amplifier img
Manual catalog
Part No.ItemFrequency rangeMain SpecificationConnector TypeMaterialSize(mm)DriverDatasheet
MX-LNA-0003-2514 Low noise Amplifiers 0.02-3GHz NF=1.2dB,Gain=25dB,P1=14dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0003-2917 Low noise Amplifiers 0.01-3GHz NF=0.9dB,Gain=29dB,P1=17dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA Download
MX-LNA-0003-3017 Low noise Amplifiers 0.1-3GHz NF=0.9dB,Gain=30dB,P1=17dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA Download
MX-LNA-0003-4820 Low noise Amplifiers 0.1-3GHz NF=0.9dB,Gain=48dB,P1=20dBm SMA Female Aluminum alloy 28x28x10mm VD=+5~+8V,130mA Download
MX-LNA-0004-2019 Low noise Amplifiers 0.05-4GHz NF=1.5dB,Gain=22dB,P1=19dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0204-2612 Low noise Amplifiers 2-4GHz NF=1.0dB,Gain=26dB,P1=12dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0204-2615 Low noise Amplifiers 2-4GHz NF=0.9dB,Gain=26dB,P1=15dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0006-3215 Low noise Amplifiers 0.01-6GHz NF=3dB,Gain=32dB,P1=15dBm SMA Female Aluminum alloy 28x28x10mm VD=+5~+8V,80mA
MX-LNA-0006-1820 Low noise Amplifiers 0.1-6GHz NF=1.5dB,Gain=18dB,P1=20dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0006-3520 Low noise Amplifiers 0.1-6GHz NF=1.5dB,Gain=35dB,P1=20dBm SMA Female Aluminum alloy 28x28x10mm VD=+5~+8V,150mA
MX-LNA-0008-1820 Low noise Amplifiers 0.1-8GHz NF=1.5dB,Gain=18dB,P1=20dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,60mA
MX-LNA-0108-3620 Low noise Amplifiers 1-8GHz NF=1.5dB,Gain=36dB,P1=20dBm SMA Female Aluminum alloy 28x28x10mm VD=+5~+8V,190mA
MX-LNA-0109-2413 Low noise Amplifiers 1-9GHz NF=0.8dB,Gain=24dB,P1=13dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,645mA
MX-LNA-0110-2210 Low noise Amplifiers 1-10GHz NF=1.5dB,Gain=22dB,P1=10dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,40mA
MX-LNA-0012-1620 Low noise Amplifiers 0.1-12GHz NF=1.5dB,Gain=16dB,P1=20dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,90mA
MX-LNA-0012-3520 Low noise Amplifiers 0.1-12GHz NF=1.5dB,Gain=35dB,P1=20dBm SMA Female Aluminum alloy 28x28x10mm VD=+5~+8V,180mA Download
MX-LNA-0018-1517 Low noise Amplifiers 0.1-18GHz NF=2dB,Gain=15dB,P1=17dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,90mA
MX-LNA-0618-1615 Low noise Amplifiers 6-18GHz NF=2.5dB,Gain=16dB,P1=15dBm SMA Female Aluminum alloy 20x28x10mm VD=+5~+8V,90mA
MX-LNA-0020-2920 Low noise Amplifiers 0.02-20GHz NF=3.5dB,Gain=29dB,P1=20dBm SMA Female Aluminum alloy 44x36x12mm VD=+8~+12V,240mA
MX-LNA-0024-3011 Low noise Amplifiers 0.02-24GHz NF=3.5dB,Gain=30dB,P1=11dBm SMA Female Aluminum alloy 28x28x10mm VD=+8~+12V,120mA
MX-LNA-0634-2213 Low noise Amplifiers 6-34GHz NF=3.5dB,Gain=22dB,P1=13dBm 2.92mm Female Aluminum alloy 44x36x12mm VD=+5~+8V,180mA
MX-LNA-0634-3213 Low noise Amplifiers 6-34GHz NF=3.5dB,Gain=32dB,P1=13dBm 2.92mm Female Aluminum alloy 44x36x12mm VD=+5~+8V,280mA
MX-LNA-1840-2713 Low noise Amplifiers 18-40GHz NF=2dB,Gain=27dB,P1=13dBm 2.92mm Female Aluminum alloy 28x28x10mm VD=+5~+8V,110mA
MX-LNA-0640-2513 Low noise Amplifiers 6-40GHz NF=3.5dB,Gain=25dB,P1=13dBm 2.92mm Female Aluminum alloy 28x28x10mm VD=+5~+8V,150mA
MX-LNA-2640-2613 Low noise Amplifiers 26-40GHz NF=3.5dB,Gain=26dB,P1=13dBm WR-28 Gold-plated brass 35x30x20mm VD=+5~+8V,150mA
MX-LNA-0650-2412 Low noise Amplifiers 8-50GHz NF=4.5dB,Gain=25dB,P1=12dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,120mA
MX-LNA-0650-2215 Low noise Amplifiers 15-50GHz NF=4.5dB,Gain=22dB,P1=15dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,160mA
MX-LNA-1550-2817 Low noise Amplifiers 15-50GHz NF=4.5dB,Gain=28dB,P1=17dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,250mA
MX-LNA-1550-3817 Low noise Amplifiers 15-50GHz NF=4.5dB,Gain=38dB,P1=17dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,490mA
MX-LNA-0150-2215 Low noise Amplifiers 1-50GHz NF=4.5dB,Gain=22dB,P1=15dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,160mA
MX-LNA-0450-3215 Low noise Amplifiers 4-50GHz NF=4.5dB,Gain=32dB,P1=15dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,260mA
MX-LNA-0150-3215 Low noise Amplifiers 1-50GHz NF=4.5dB,Gain=32dB,P1=15dBm 2.4mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,260mA
MX-LNA-1067-2615 Low noise Amplifiers 10-67GHz NF=5.5dB,Gain=26dB,P1=15dBm 1.85mm Female Gold-plated brass 44x36x12mm VD=+5~+8V,260mA
MX-LNA-0004-2119 Low noise Amplifiers 0.05-4GHz NF=1.5dB,Gain=21dB,P1=19dBm SMA Female Aluminum alloy 20×28×10mm VD=+5~+8V,60mA Download
MX-LNA-0006-1819 Low noise Amplifiers 0.1-6GHz NF=1.5dB,Gain=18dB,P1=19dBm SMA Female Aluminum alloy 20×28×10mm VD=+6~+8V,70mA Download
MX-LNA-0006-3217 Low noise Amplifiers 0.1-6GHz NF=2dB,Gain=32dB,P1=16.5dBm SMA Female Aluminum alloy 30×30×9.5mm VD=+5.5~+8V,120mA Download
MX-LNA-0006-3818 Low noise Amplifiers 0.1-6GHz NF=1.8dB,Gain=38dB,P1=18dBm SMA Female Gold-Plated Brass 44×36×12mm VD=+5~+12V,130mA Download
MX-LNA-0006-5018 Low noise Amplifiers 0.02-6GHz NF=2.5dB,Gain=50dB,P1=18dBm SMA Female Gold-Plated Brass 44.8×29.2×11mm VD=+8~+12V,280mA Download
MX-LNA-0007-3719 Low noise Amplifiers 0.1-7GHz NF=2dB,Gain=37dB,P1=19dBm SMA Female Aluminum alloy 30×30×9.5mm VD=+5~+8V,120mA Download
MX-LNA-0012-4520 Low noise Amplifiers 0.2-12GHz NF=2.5dB,Gain=45dB,P1=20dBm SMA Female Aluminum alloy 50×55×14mm VD=+12~+16V,320mA Download
MX-LNA-0018-2722 Low noise Amplifiers 0.38-18GHz NF=2.5dB,Gain=27dB,P1=22dBm SMA Female Gold-Plated Brass 44×36×12mm VD=+8~+12V,240mA Download
MX-LNA-0018-3511 Low noise Amplifiers 0.01-18GHz NF=2.5dB,Gain=35dB,P1=11dBm SMA Female Gold-Plated Brass 30×30×9.5mm VD=+8V,190mA Download
MX-LNA-0018-3618 Low noise Amplifiers 0.01-18GHz NF=2dB,Gain=36dB,P1=18dBm SMA Female Gold-Plated Brass 35×40×12mm VD=+10~+13V,280mA Download
MX-LNA-0018-3621 Low noise Amplifiers 0.1-18GHz NF=2dB,Gain=36dB,P1=21dBm SMA Female Aluminum alloy 50×55×14mm VD=+12~+16V,320mA Download
MX-LNA-0020-2210 Low noise Amplifiers 0.1-20GHz NF=1.5dB,Gain=22dB,P1=10dBm SMA Female Aluminum alloy 20×28×10mm VD=+8V,79mA Download
MX-LNA-0020-3620 Low noise Amplifiers 0.1-20GHz NF=3dB,Gain=36dB,P1=20dBm SMA Female Aluminum alloy 50×55×14mm VD=+12V,280mA Download
MX-LNA-0020-4213 Low noise Amplifiers 0.00005-20GHz NF=3.5dB,Gain=42dB,P1=13dBm SMA Female Gold-Plated Brass 35×40×12mm VD=+9~+12V,250mA Download
MX-LNA-0026-1212 Low noise Amplifiers 0.01-26.5GHz NF=3dB,Gain=12dB,P1=12dBm 2.92mm Female Gold-Plated Brass 30×30×9.5mm VD=+5~+8V,70mA Download
MX-LNA-0040-2620 Low noise Amplifiers 0.00005-40GHz NF=5dB,Gain=26dB,P1=20dBm 2.92mm Female Gold-Plated Brass 35×40×12mm VD=+10~+13V,270mA Download
MX-LNA-0040-2721 Low noise Amplifiers 0.01-40GHz NF=4.5dB,Gain=27dB,P1=21dBm 2.92mm Female Aluminum alloy 35×40×12mm VD=+10~+14V,260mA Download
MX-LNA-0040-3020 Low noise Amplifiers 0.00005-40GHz NF=5.5dB,Gain=30dB,P1=20dBm 2.92mm Female Gold-Plated Brass 35×40×12mm VD=+10~+13V,340mA Download
MX-LNA-0040-3820 Low noise Amplifiers 0.00005-40GHz NF=5dB,Gain=38dB,P1=20dBm 2.92mm Female Gold-Plated Brass 35×40×12mm VD=+10~+13V,380mA Download
MX-LNA-0043-3018 Low noise Amplifiers 0.00005-43GHz NF=4.5dB,Gain=30dB,P1=18dBm 2.92mm Female Gold-Plated Brass 35×40×12mm VD=+10~+14V,340mA Download
MX-LNA-0043-3218 Low noise Amplifiers 0.01-43GHz NF=4.5dB,Gain=32dB,P1=18dBm 2.92mm Female Aluminum alloy 35×40×12mm VD=+10~+14V,400mA Download
MX-LNA-0043-3818 Low noise Amplifiers 0.000075-43GHz NF=4.5dB,Gain=38dB,P1=18dBm 2.92mm Female Aluminum alloy 35×40×12mm VD=+10~+14V,340mA Download
MX-LNA-1840-3313 Low noise Amplifiers 18-40GHz NF=3dB,Gain=33dB,P1=13dBm 2.92mm Female Aluminum alloy 50×55×14mm VD=+12~+16V,200mA Download
MX-LNA-1840-5318 Low noise Amplifiers 18-40GHz NF=3.5dB,Gain=53dB,P1=18dBm 2.92mm Female Aluminum alloy 50×55×14mm VD=+6~+12V,320mA Download
About news
  • Why High DC-RF Isolation Matters in Microwave Bias Tee Design
    Why High DC-RF Isolation Matters in Microwave Bias Tee Design
    Discover why high DC-RF isolation is critical in microwave bias tee design. Learn about performance impacts, design considerations, and best practices for RF engineers.
    Sep 04 ,26
  • What Are 1.5-3.5 Connectors?
    What Are 1.5-3.5 Connectors?
    1.5-3.5 connectors are high-frequency coaxial RF connectors designed for demanding microwave and millimeter-wave applications.
    Sep 04 ,26
  • What is the Difference Between, SPST, SPDT and DPDT?
    What is the Difference Between, SPST, SPDT and DPDT?
    SPST vs SPDT vs DPDT — learn the difference between single-pole single-throw, single-pole double-throw, and double-pole double-throw switches. Includes diagrams, examples, and selection guidance.
    Sep 03 ,26
  • What Is IP3?
    What Is IP3?
    Learn what IP3 means, how it is calculated, how IIP3 and OIP3 differ, and why IP3 matters when selecting amplifiers, mixers, RF switches, and other microwave components.
    Sep 03 ,26
  • What are QMA Connectors?
    What are QMA Connectors?
    What are QMA connectors? Learn about the QMA quick-lock RF connector — its features, electrical performance, mechanical specifications, and how it compares to SMA and other RF connectors.
    Sep 03 ,26
  • Electronic Attenuator: Types, Working Principle & Applications
    Electronic Attenuator: Types, Working Principle & Applications
    Electronic attenuator explained — what it is, how it works, the main types (digital, analog, PIN diode, MMIC), key specifications, and applications in RF test, communications, and radar.
    Sep 02 ,26