Cavity Pass-Reject UHF (6-Inch)
380-470 MHz, 6-inch cavity pass-reject, 0.3-2 dB IL tunable, 350 W, 2.32 kg.
-
Frequency380–470 MHz
-
ConnectorN(f)
-
Weight2.3 kg
Specifications
| Frequency range | 380–470 MHz |
|---|---|
| VSWR (max) | 1.5 |
| Impedance | 5 Ω |
| RF connectors | N(f) |
|---|---|
| Weight | 2.3 kg |
| Dimensions | 300 × 152 × 152 mm |
| Cavity Diameter Inch | 6 |
|---|---|
| Frequency Stability | 0.8 ppm/C |
| Temperature Range | -30C to +60C |
| Mounting | Suitable for 19 Inch Rack Cabinet Mounting |
| Cavity Type | BP BR |
| Filter Type | Pass-Reject |
| Insertion Loss | 0.3 dB - 2 dB Tuneable |
| Rf Connectors | N(f) |
| Max Input Power | 0.5 dB IL 350 W 2.0 dB IL 125W |
All measurements at 25 °C, 50 Ω, unless otherwise noted.
Why this product
-
01
6-inch cavity for sharper response than 5-inch
-
02
350 W continuous
-
03
2.32 kg compact
Technical brief
## Construction
6-inch cavity for UHF pass-reject filtering with higher Q than the 5-inch variant.
## Where this fits
The standard pass-reject choice for UHF base stations and repeater sites.
Related products
Cavity Pass-Reject UHF (8-Inch)
380-470 MHz, 8-inch cavity pass-reject, 0.3-2 dB IL tunable, 350 W, 2.8 kg.
- Freq
- 380–470 MHz
Cavity Pass-Reject UHF (5-Inch)
380-470 MHz, 5-inch cavity pass-reject, 0.3-2 dB IL tunable, 350 W, 1.26 kg.
- Freq
- 380–470 MHz
Cavity Bandpass UHF (5-Inch)
380-470 MHz, 5-inch cavity bandpass, 0.5-2 dB IL tunable, 350 W, 1.26 kg.
- Freq
- 380–470 MHz
- Power
- 35 W
Cavity UHF Bandpass — 8-Inch
380-470 MHz, single 8-inch cavity, 0.5 dB IL @ 350 W or 2.0 dB IL @ 125 W (tunable).
- Freq
- 380–470 MHz
- Power
- 35 W
Cavity UHF Bandpass — 6-Inch
380-470 MHz, single 6-inch cavity, 0.5 dB IL @ 350 W or 2.0 dB IL @ 125 W (tunable).
- Freq
- 380–470 MHz
- Power
- 35 W
Dual-Cavity Bandpass Airband Filter (8-Inch)
112-137 MHz, dual cavity bandpass, 0.5-2 dB IL tunable, > 18 dB return loss, 350 W.
- Freq
- 112–137 MHz
Need a custom configuration?
Talk to an application engineer about variants, custom tuning, or integration into an existing repeater chassis.