Path 7 of Microwave License WQPW251
⇠ Return to the list of all paths for Microwave License WQPW251
Path 7:
COHO 1 ⇢ ROY TOWER
Transmit and Receive Locations
COHO 1
Radio Service | MG - Microwave Industrial/Business Pool |
Transmit Location | COHO 1 |
Transmitter Callsign | WQPW251 |
Type | Transmitter |
Height to Center | 60.0ft / 18.3m |
Antenna Make | RADIO WAVES, INC |
Antenna Model | HP2-18 |
Polarization | V |
Tilt | -0.6° |
Gain | 38.6dBi |
Beamwidth | 2.0° |
Azimuth | 258.7° |
Location Type | Fixed |
Location Class | Transmit Location |
Address | 12800 NW Bishop Rd |
City | Hillsboro |
County | WASHINGTON |
State | OR |
Elevation (AMSL) | 616.8ft / 188.0m |
Height of Structure | 59.1ft / 18.0m |
Overall Height | 68.9ft / 21.0m |
Structure Type | BANT - Building with Antenna on top |
Lat / Lon | 45-36-47.10 N, 122-55-00.50 W |
1: COHO 1 - ROY TOWER
Segment Length | 8.131432mi / 13.086275km |
Receive Location | ROY TOWER |
Receiver Callsign | WQWC631 |
Type | Receiver |
Height to Center | 80.1ft / 24.4m |
Antenna Make | RADIO WAVES, INC |
Antenna Model | HP2-18 |
Gain | 38.6° |
Beamwidth | 2.0° |
Location Type | Fixed |
Location Class | Receive Location |
Elevation (AMSL) | 192.6ft / 58.7m |
Lat / Lon | 45-35-23.90 N, 123-04-52.60 W |
Frequencies and Modulations
Frequencies | Tolerance | EIRP | ATPC | Emission, Digital Mod Rate, Digital Mod Type | Transmitter Make | Transmitter Model |
1: 19375.00000000 | 0.00100% | 54.1dBm | N | 42M6D7W, 67000.0, 0QPSK
| Dragonwave | 18HD50HFC364V04 AMR |
2: 19375.00000000 | 0.00100% | 54.1dBm | N | 45M8D7W, 215000.0, 64QAM
| Dragonwave | 18HD50HFC364V04 AMR |
3: 19375.00000000 | 0.00100% | 54.1dBm | N | 47M1D7W, 364000.0, 256QAM
| Dragonwave | 18HD50HFC364V04 AMR |
4: 19475.00000000 | 0.00100% | 54.1dBm | N | 42M6D7W, 67000.0, 0QPSK
| Dragonwave | 18HD50HFC364V04 AMR |
5: 19475.00000000 | 0.00100% | 54.1dBm | N | 45M8D7W, 215000.0, 64QAM
| Dragonwave | 18HD50HFC364V04 AMR |
6: 19475.00000000 | 0.00100% | 54.1dBm | N | 47M1D7W, 364000.0, 256QAM
| Dragonwave | 18HD50HFC364V04 AMR |
|