1405-1680MHz Cavity Filter, Low Insertion Loss,Custom Tuning
The 1405-1680MHz Cavity Filter by Keenlion yields an insertion loss of ≤1.0dB with a sharp stop band rejection of as much as 85dB. We are a mothership manufacturing unit and will custom-tailor your 1405-1680MHz Cavity Filter to fit your system's requirements.
Main Indicators
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Product Name |
|
|
Passband |
1405~1680 MHz |
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Insertion Loss in Passbands |
≤1.0 dB |
|
VSWR |
≤1.4:1 |
|
Rejection |
≤85dB @DC-1105 MHz ≤85dB @1980 MHz-2300MHz ≤50dB @2300 MHz-6000MHz |
|
Impedance |
50Ω |
|
Material |
Aluminum |
|
Connectors |
SMA-Female |
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Power |
50W |
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Surface Treatment |
Spray Paint |
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Dimension Tolerance |
As Below↓ (±0.5mm) |
Outline Drawing
Product Details
Where there is a significant amount of adjacent interference this 1405-1680MHz cavity filter performs optimally. The loss in this passband will be equal to or less than it is with a VSWR equal to or less than 1.4:1 and clean throughput. The rejection of this filter is DC to 1105MHz and 1980MHz to 2300MHz with a maximum rejection of 85dB, and 2300MHz through 6000MHz with a rejection of 50dB. Because of the three(rejection,) this 1405-1680MHz Cavity Filter is an excellent choice for Telecommunications Backhaul, Satellite Down Link and Radar Front Ends.
Factory Precision – Your Specifications, Our Build
Keenlion manufactures each 1405‑1680MHz cavity filter in‑house, giving you full control over connectors, housing, and tolerances. Standard parts use aluminum with spray paint and SMA‑female ports; power is 50W. Need a different material, tighter ±0.2mm tolerance, or N‑type connectors? Simply ask. Our engineers tune every 1405‑1680MHz cavity filter on real instruments, not simulations only. You receive verified sweep test data with each unit.
No Minimum, No Middleman
Whether one prototype or one thousand, Keenlion delivers the same consistent 1405‑1680MHz cavity filter. We remove distributor costs, offer competitive lead times, and support quick design iterations. Talk to our team – your custom 1405‑1680MHz cavity filter is just a drawing away.













