Each module consists of 1 receive/1 transmit channel as shown in the diagram. The module must be equipped with power fault status reporting, temperature detection reporting, lockout indication reporting, etc.
No. | Parameters | Test index | Unit | |
1 | Base frequency signal FS1 | Signal frequency | 240 | MHz |
2 | Signal power | 2 ~ 5 | dBmW | |
3 | Stray level | ≤-70 | dBc | |
4 | Phase noise | ≤-110 | dBc/Hz@1kHz | |
5 | Harmonic level | ≤-40 | dBc | |
6 | Base frequency signal FC1 | Signal frequency | 2880MHz | MHz |
7 | Signal power | 2 ~ 5 | dBmW | |
8 | Spurious level | ≤-70 | dBc | |
9 | Phase noise | ≤-102 | dBc/Hz@1kHz | |
10 | Harmonic level | ≤-40 | dBc | |
11 | Medium frequency excitation signal TF1 | Signal frequency | 5.56 (low and medium frequency channels) | GHz |
12 | Signal power | 11 ~ 14 | dBmW | |
13 | Spurious level | ≤-70 | dBc | |
14 | Modulation depth | Greater than 70 | dB | |
15 | Receive channel output signals DY2, DZ2, S2 | Center Frequency | 300 | MHz |
16 | Signal bandwidth | 80 and 5 | MHz | |
17 | Signal Power(peak) | <10 | dBmW | |
18 | Total receive channel gain | 65 ~ 71 | dB | |
19 | Receiving channel noise factor | <8.5 (Small signal) | dB | |
20 | Isolation between receiving channels | >40 | dB | |
21 | Receiving channel mirror frequency suppression system | >20 | dB |