Eagle Aspen 500303 P1003ap+ 1000 MHz splitter 📺
Product description
This three-way RF splitter handles terrestrial and cable signals across a broad band, helping distribute antenna, VHF, UHF and cable TV feeds to multiple receivers while keeping signal integrity. If you need a straightforward passive solution for sharing one incoming line to three outputs, this 1000 MHz splitter reduces the need for extra tuning and supports power passing on every port according to the manufacturer.
Key Points
The unit is a compact, passive three-way splitter that covers a wide frequency range from 5 MHz up to 1000 MHz, which makes it suitable for most TV antenna and cable TV setups. It allows power to pass through every port, so connected amplifiers or powered antennas can still receive supply voltage without additional wiring. Installation is simple and usually requires only standard coaxial connectors and basic mounting.
For installers and DIYers who prioritize a clean signal path, the splitter keeps the signal routing straightforward and avoids unnecessary active components. It can be used indoors or in sheltered outdoor locations where weatherproofing is not critical. 🔧📺
Technical Specifications
- Name: Eagle Aspen 500303 P1003ap+
- Frequency range: 5 MHz - 1000 MHz
- Outputs: 3 way
- Power passing: All ports passing power according to manufacturer
- Typical application: UHF, VHF, and cable TV signal distribution
Usage Recommendations
Place the splitter as close as practical to the incoming antenna or cable feed to minimize cable loss before splitting. Use high-quality coaxial cable and connectors to reduce insertion loss and potential ingress noise. If any connected device requires a DC feed, verify that the power supply is compatible with power passing on splitters.
Consider that as a passive device the splitter does not amplify signals. In weaker signal areas you may need a line amplifier before splitting to maintain picture quality. Also keep it sheltered from moisture and extreme temperatures unless you select a properly weatherproof enclosure for outdoor mounting. 📡
Practical Tips
When routing cable runs, keep coax lengths balanced where possible to avoid uneven signal levels at receivers. Label each output after installation to make future troubleshooting faster. If you notice signal degradation after splitting, test each leg individually to identify connector or cable faults. 🔍
Price evolution
Description:
This three-way RF splitter handles terrestrial and cable signals across a broad band, helping distribute antenna, VHF, UHF and cable TV feeds to multiple receivers while keeping signal integrity. If you need a straightforward passive solution for sharing one incoming line to three outputs, this 1000 MHz splitter reduces the need for extra tuning and supports power passing on every port according to the manufacturer.
Key Points
The unit is a compact, passive three-way splitter that covers a wide frequency range from 5 MHz up to 1000 MHz, which makes it suitable for most TV antenna and cable TV setups. It allows power to pass through every port, so connected amplifiers or powered antennas can still receive supply voltage without additional wiring. Installation is simple and usually requires only standard coaxial connectors and basic mounting.
For installers and DIYers who prioritize a clean signal path, the splitter keeps the signal routing straightforward and avoids unnecessary active components. It can be used indoors or in sheltered outdoor locations where weatherproofing is not critical. 🔧📺
Technical Specifications
- Name: Eagle Aspen 500303 P1003ap+
- Frequency range: 5 MHz - 1000 MHz
- Outputs: 3 way
- Power passing: All ports passing power according to manufacturer
- Typical application: UHF, VHF, and cable TV signal distribution
Usage Recommendations
Place the splitter as close as practical to the incoming antenna or cable feed to minimize cable loss before splitting. Use high-quality coaxial cable and connectors to reduce insertion loss and potential ingress noise. If any connected device requires a DC feed, verify that the power supply is compatible with power passing on splitters.
Consider that as a passive device the splitter does not amplify signals. In weaker signal areas you may need a line amplifier before splitting to maintain picture quality. Also keep it sheltered from moisture and extreme temperatures unless you select a properly weatherproof enclosure for outdoor mounting. 📡
Practical Tips
When routing cable runs, keep coax lengths balanced where possible to avoid uneven signal levels at receivers. Label each output after installation to make future troubleshooting faster. If you notice signal degradation after splitting, test each leg individually to identify connector or cable faults. 🔍
