An RF mixer converts one frequency to another using a nonlinear device. Learn how mixers work, LO frequency, conversion loss, isolation, types, and key specifications.
Oct 22 ,26
Digital/ Voltage-controlled Phase Shifters
● High-Precision Phase Control
● Wideband Operating Range
● Fast Response Time
● Low Insertion Loss
● Temperature-Stable Performance
● Multi-Control Interface Compatibility
| Part No. | Item | Frequency range | Main Specification | Connector Type | Material | Driver | Size(mm) |
|---|---|---|---|---|---|---|---|
| MX-APS-0207-180 | Voltage controlled phase shifter | 2-7GHz | Insert loss 3dB, phase shift range 180° | SMA Female/SMA Female | Gold-plated brass | VT=0-14V | 20x20x10 |
| MX-APS-0618-180 | Voltage controlled phase shifter | 6-18GHz | Insert loss 5dB, phase shift range 180° | SMA Female/SMA Female | Gold-plated brass | VT=0-15V | 20x20x10 |
| MX-APS-1826-360 | Voltage controlled phase shifter | 18-26.5GHz | Insert loss 6dB, phase shift range 360° | SMA Female/SMA Female | Gold-plated brass | VT=0-16V | 20x20x10 |
| MX-APS-2431-360 | Voltage controlled phase shifter | 24.5-31GHz | Insert loss 6dB, phase shift range 360° | 2.92mm Female/2.92mm Female | Gold-plated brass | VT=0-14V | 20x20x10 |
| MX-DPS-004008-6 | Digitally Controlled phase shifter | 0.4-0.8GHz | step5.625°，6 digit | SMA Female/SMA Female | Aluminum alloy | VD=-5V，6 digitTTL | 22x28x10 |
| MX-DPS-00802-6 | Digitally Controlled phase shifter | 0.8-2GHz | step5.625°，6 digit | SMA Female/SMA Female | Aluminum alloy | VD=-5V，6 digitTTL | 22x28x10 |
| MX-DPS-0207-6 | Digitally Controlled phase shifter | 2-7GHz | step5.625°，6 digit | SMA Female/SMA Female | Aluminum alloy | VD=-5V，6 digitTTL | 22x28x10 |
| MX-DPS-0618-6 | Digitally Controlled phase shifter | 6-18GHz | step5.625°，6 digit | SMA Female/SMA Female | Aluminum alloy | VD=-5V，6 digitTTL | 22x28x10 |
-
-
A dual directional coupler splits RF signal in both forward and reverse directions. Learn coupling factor, directivity, insertion loss, types, design, and selection.Oct 20 ,26 -
A practical guide to designing RF test systems: signal routing, switching, calibration, and the small details that turn a fragile prototype into a reliable production tester.Oct 20 ,26 -
A side-by-side comparison of vector network analyzers and spectrum analyzers: what each measures, when to use which, and how they complement each other in the lab.Oct 19 ,26 -
How to calculate coaxial cable loss at any frequency, why attenuation scales with √f, and how to budget cable losses across your RF system.Oct 16 ,26 -
A practical guide to impedance matching in RF circuits. Learn the theory, the Smith chart, and how to design L-networks, single-stub tuners and broadband transformers.Oct 15 ,26