Low VSWR, high isolation
Low PIM, low insertion loss
Compact design for easy installation
Customized band is available
FT-07-60-64F-A01, a t cavity filter tailored for reliable multi-channel operation, combining low VSWR, high isolation, low insertion loss, and low PIM to maintain signal purity under demanding conditions. A compact housing simplifies installation, while customized band availability and AISG / DC bypass functionality support flexible deployment within macro base stations and cellular communication systems.
|
Frequency |
743-803 MHz |
| Return Loss | ≤-18dB |
| Insertion Loss | ≤2.1dB @ 743-803 MHz |
| ≤1.2dB @ 743-802 MHz | |
| Rejection | ≥50dB @806-859 MHz |
| Power Handling | Average:100W |
| Intermodulation | ≤-153dBc @ 2 x 20W |
| Impedance | 50Ω |
| Operating Temperature Range | -10°C to +65°C |
| Storage Temperature Range | -40°C to +85°C |
| Relative Humidity | 5%- 95% |
| Applications | IP65 |
| Dimension | 195 x 140 x 56(mm, excluding brackets and connectors) |
| Weight | ≤2.2kg |
| Connectors Type | 4.3-10 Female |
| Mounting | Wall or pole |
| Packing | 1Pcs in box |


Interference mitigation filter with a passband of 703-803 & 898-960MHz and out-of-band rejection of 50dB

Interference mitigation filter with a RX frequency band of 800 MHz and a TX frequency band of 820 MHz.

Interference mitigation filter with a passband of 890.2-915MHz & 935.2-960 MHz

Interference mitigation filter with a passband of 703-803 & 814-879 MHz and out-of-band rejection of 30dB
Welcome! Let us know how we can help, and we'll guide you to the right information or team.
You can fill out our Contact Sales Form here. A representative will contact you soon.
You can fill out our Technical Support Form here. A representative will contact you soon.
You can fill out our General Inquiries Form here. A representative will contact you soon.
You can find our Global Footprints here.
The default scope is the Product Category (more than 1482 products).
For non-product materials (support documents, press releases), select Search Website.