Understand the difference between dB (a ratio), dBm (absolute power) and dBc (carrier-referred). A practical reference for RF engineers who deal with gain, loss and harmonics.
Oct 14 ,26
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
| Part No. | Item | Frequency range | Main Specification | Connector Type | Material | Size(mm) | Driver | Datasheet |
|---|---|---|---|---|---|---|---|---|
| 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 |
-
-
VSWR (Voltage Standing Wave Ratio) measures impedance mismatch in RF systems. Learn the formula, what values are acceptable, and how to reduce VSWR for better signal transfer.Oct 13 ,26 -
Learn what S-parameters (S11, S21, S12, S22) mean in RF engineering, how to read them, and how they describe reflection, transmission and isolation in two-port RF networks.Oct 13 ,26 -
Electromechanical RF switches are widely used in advanced communication systems, aerospace electronics, automated test equipment, radar systems, and wireless infrastructure due to their excellent RF performance, high isolation, and low insertion loss.Oct 12 ,26 -
RF attenuators are essential components for controlling signal power in wireless communication, test and measurement, radar, aerospace, and microwave systems.Oct 10 ,26 -
An integrator amplifier is an op-amp based active circuit whose output is the time integral of the input. Learn its circuit, transfer function, design steps, and applications.Oct 04 ,26