Seebest SB-24SA Satellite Signal Splitter Satellite Splitter 2 Input 4 Output 13V/18V TV Video Audio

Seebest SB-24SA Satellite Signal Splitter Satellite Splitter 2 Input 4 Output 13V/18V TV Video Audio

Features:
- Zinc alloy die-cast housing, nickel surface finish
- Premium components, professional circuit design, low loss
- The receiver output 13/18V voltage through a coaxial cable to switch the switcher to the corresponding port
- Can access two satellite TV signals at the same time, switch one of them through 13/18V
- Can be divided into four users at the same time, without interference;
- Suitable for multi-satellite and multi-machine use, requires professional installation, and does not provide technical support

Specifications:
- Frequency range: 950-2400MHz
- Insertion loss: 5dB
- Isolation: 25dB
- Reflection loss: 10dB
- Normal working voltage: 12-20V
- Working current consumption: 30mA
- Maximum passing current: 500mA
- Port impedance: 75Ω

Package Included:
- 1 x Set of Satellite Splitter

Note:
- It is designed without F connector. If needed, please contact us to pay extra money.

Experts have concluded that when the switch is normal, there are usually three reasons for the failure of the receiver to switch between satellites.
1. The quality of wire is poor and the contact of F head is not good, which makes the entire line resistance too large and the voltage drop increases. It cannot provide the voltage necessary for the G frequency head to work normally, which causes the switching failure. This is the main reason! This is the easiest Ignored, the joints are often sloppy, leaving hidden dangers and most of the faults are caused by this.
2. The signal quality of the converted satellite is not high. At the threshold edge, the working voltage supplied to the tuner has been switched. Due to the low signal quality, the receiver cannot lock the output image, and the screen is in a black screen state, giving people the illusion that the switch does not provide the working voltage for the G frequency head. If you want to switch smoothly to improve the signal quality is of top priority. As for how to improve, users have many ways (changing a larger antenna receiver, a better connector, a better-quality wire, a lower threshold machine). Of course, the poor signal quality caused by feeders and connectors cannot be ignored.
3. The output current of receiver's power supply is not enough, and the load capacity is poor, and it can't provide normal working voltage to the G frequency head, which causes the switching failure.