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
Mixers/ Frequency Multipliers/ Frequency Dividers
● Wideband Operating Range
● High Conversion Efficiency
● Low Phase Noise
● Excellent Linearity
● Stable Temperature Performance
● Multiple Packaging Options Available
| Part No. | Item | Frequency range | Main Specification | Connector Type | Material | Driver | Size(mm) | Datasheet |
|---|---|---|---|---|---|---|---|---|
| MX-MIX-1850-22 | Double balanced mixer | 18-50GHz | IF :DC-22GHz;CL:8dB | 2.4mm Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-0743-11 | Double balanced mixer | 7-43GHz | IF :DC-11GHz;CL:9.5dB | 2.92mm Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-0626-6 | Double balanced mixer | 6-26GHz | IF :DC-6GHz;CL:9.5dB | SMA Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-0222-3 | Double balanced mixer | 2-22GHz | IF :DC-3.5GHz;CL:9.5dB | SMA Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-0104-1 | Double balanced mixer | 1-4GHz | IF :DC-1GHz;CL:9.5dB | SMA Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-00402-06 | Double balanced mixer | 0.4-2GHz | IF :DC-0.6GHz;CL:11dB | SMA Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | |
| MX-MIX-75110-20 | Double balanced mixer | 75-110GHz | IF :DC-20GHz;CL:13dB | WR-10/SMA Female | Gold-plated brass | No power，LO=+15dBm | 25x25x20 | |
| MX-MIX-6090-20 | Double balanced mixer | 60-90GHz | IF :DC-20GHz;CL:9.5dB | WR-12/SMA Female | Gold-plated brass | No power，LO=+15dBm | 25x25x20 | |
| MX-MIX-5075-12 | Double balanced mixer | 50-75GHz | IF :DC-12GHz;CL:11dB | WR-15/SMA Female | Gold-plated brass | No power，LO=+15dBm | 25x25x20 | |
| MX-MIX-4060-12 | Double balanced mixer | 40-60GHz | IF :DC-12GHz;CL:11dB | WR-19/SMA Female | Gold-plated brass | No power，LO=+15dBm | 30x30x30 | |
| MX-MIX-0050-04 | Active mixer | 9kHz-50GHz | IF :9kHz-4GHz;CL:7dB | 2.4mm Female/SMA Female | Gold-plated brass | VD=+8V/75mA | 28x28x9.5 | |
| MX-MIX-0067-04 | Active mixer | 9kHz-67GHz | IF :9kHz-4GHz;CL:8dB | 1.85mm Female/SMA Female | Gold-plated brass | VD=+8V/75mA | 28x28x9.5 | |
| MX-MIX-0743-11 | Double balanced mixer | 7-43GHz | IF :DC-11GHz;CL:9.5dB | 2.92mm Female/SMA Female | Gold-plated brass | No power，LO=+15dBm | 20x20x10 | Download |
| MX-FM2-0814-16 | Active Frequency doubler | 8-14GHz | Pin=0dBm,Pout=16dBm | SMA Female/SMA Female | Gold-plated brass | VD=+5V/75mA | 20x28x10 | |
| MX-FM3-0814-16 | Active Frequency tribler | 8-14GHz | Pin=5dBm,Pout=16dBm | SMA Female/SMA Female | Gold-plated brass | VD=+5V/90mA | 20x28x10 | |
| MX-FM2-1326-16 | Active Frequency doubler | 13-26GHz | Pin=0dBm,Pout=16dBm | SMA Female/SMA Female | Gold-plated brass | 5V/100mA | 20x28x10 | |
| MX-FM2-2040-16 | Active Frequency doubler | 20-40GHz | Pin=0dBm,Pout=16dBm | SMA Female/2.92mm Female | Gold-plated brass | 5V/100mA | 20x28x10 | |
| MX-FM2-2060-13H | Active Frequency doubler | 20-60GHz | Pin=14dBm,Pout=13dBm | 2.92mm Female/1.85mm Female | Gold-plated brass | 5V/110mA | 44X36X12 | |
| MX-FM2-2060-13L | Active Frequency doubler | 20-60GHz | Pin=0dBm,Pout=13dBm | 2.92mm Female/1.85mm Female | Gold-plated brass | 5V/170mA | 44X36X12 | |
| MX-FM2-4060-0 | Passive Frequency doubler | 40-60GHz | Pin=14dBm,Pout=0dBm | 2.92mm Female/WR19 | Gold-plated brass | No power | 30x30x30 | |
| MX-FM2-4060-13H | Active Frequency doubler | 40-60GHz | Pin=14dBm,Pout=13dBm | 2.92mm Female/WR19 | Gold-plated brass | 5V/110mA | 30z30x50 | |
| MX-FM2-2060-13L | Active Frequency doubler | 40-60GHz | Pin=0dBm,Pout=13dBm | 2.92mm Female/WR19 | Gold-plated brass | 5V/170mA | 30x30x50 | |
| MX-FM4-2650-13L | Active Frequency quadruplers | 26-50GHz | Pin=-3dBm,Pout=13dBm | SMA Female/2.4mm Female | Gold-plated brass | 5V/220mA | 44X36X12 | |
| MX-FM4-4060-13L | Active Frequency quadruplers | 20-60GHz | Pin=0dBm,Pout=13dBm | SMA Female/WR19 | Gold-plated brass | 5V/220mA | 30x30x50 | |
| MX-FM2-4070-1020H | Active Frequency doubler | 40-70GHz | Pin=10dBm,Pout=20dBm | 2.92mm Female/1.85mm Female | Gold-plated brass | 5V/220mA | 44X36X12 | |
| MX-FM2-3567H | Passive Frequency doubler | 35-67GHz | Pin=10dBm,Pout=-4dBm | 2.92mm Female/1.85mm Female | Gold-plated brass | No power，LO=+10dBm | 12.7x12.7x9 | |
| MX-FM2-4060H | Passive Frequency doubler | 40-60GHz | Pin=10dBm,Pout=-4dBm | 2.92mm Female/WR-19 | Gold-plated brass | No power，LO=+10dBm | 30x30x30 | |
| MX-FM2-5075H | Passive Frequency doubler | 50-75GHz | Pin=10dBm,Pout=-4dBm | 2.92mm Female/WR-15 | Gold-plated brass | No power，LO=+10dBm | 25x25x20 | |
| MX-FD-0024 | Programmable frequency divider | 0.1-24GHz | 1,2,4,8 option | SMA Female/SMA Female | Gold-plated brass | 5V/8mA，TTL | 18x18x10 |
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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 -
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