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Three steps to install a satellite antenna: 1. Choose an open location and make sure there are no obstructions in front of the antenna. The ideal viewing angle should be greater than 90 degrees. 2. Use a compass and incline meter to accurately locate the azimuth and elevation. 3. Firmly fix the antenna base to […]

When choosing a VSAT antenna, consider: 1. Diameter, usually between 0.9 and 2.4 meters; 2. Gain level, high gain improves signal quality; 3. Frequency band support, such as Ku or Ka band; 4. Ease of installation; 5. Durability, ensuring it can withstand severe weather. The right choice can achieve a stable connection reliability of more

To align the satellite antenna, you need to use: 1. A satellite signal strength meter to ensure that the error is within 3 degrees; 2. A compass to determine the azimuth; 3. An incline meter to adjust the elevation; 4. A wrench to fix the antenna. Correct settings can increase the signal strength to more

Satellite antenna pole mounts include fixed brackets (suitable for winds <50 mph), adjustable tilt brackets (support up to 70 mph), and heavy-duty U-bolt brackets (withstand winds over 100 mph). Choose based on local weather conditions and install with reinforced poles for maximum stability and long-term performance. Concrete Pier Fixation The security alarm suddenly went off

Indoor satellite antennas suffer from signal loss (up to 50% due to walls), limited range, and interference. Boost signals using a window-mounted antenna (improves reception by 30%), metal reflectors, or low-loss coaxial cables. Avoid thick walls and ensure clear sky visibility for optimal performance. Glass Attenuation Measurement Last year, while debugging the Ku-band signal of

The lens horn antenna solves three major beam problems through its unique design: 1) increasing gain by 10dB; 2) reducing sidelobe level to below -20dB; 3) improving beam width and achieving more precise directivity. It is suitable for various application scenarios that require high-performance antennas. How to Treat Beam Divergence Last year, during the orbit

Five reasons to upgrade logarithmic antennas in 2024: 1) Broadband performance covers 2-18GHz; 2) High gain of 12dB; 3) Strong anti-interference ability; 4) Suitable for 5G and radar systems; 5) Easy to integrate and improve communication efficiency. Logarithmic antennas perform well in multi-band applications. Compatible with All 5G Bands Last year, while debugging the ChinaSat

There are five common mistakes in installing helical antennas: 1) Poor contact at the feed point, resulting in a standing wave ratio > 2:1; 2) Wrong bracket material selection, affecting radiation efficiency; 3) Insufficient installation height, less than 1λ, causing ground reflection interference; 4) Wrong polarization direction, signal attenuation of up to 6dB; 5) Uncalibrated

Slot antennas improve RFID tracking by offering higher efficiency and directivity. With a gain of up to 6 dBi, they enhance read range by 20-30%. Their slim design facilitates integration into various surfaces, optimizing performance in dense environments. Precise tuning of slot dimensions ensures optimal frequency matching for specific applications. Slot Antennas Are Truly Amazing

Sector antennas optimize cellular networks by dividing coverage areas into sectors, improving signal quality and capacity. With beamwidths of 60°–120° and gains up to 18 dBi, they reduce interference and enhance spectral efficiency by up to 30%. Proper tilt adjustment (mechanical or electrical) ensures optimal coverage overlap and minimizes signal wastage. What Do Sector Antennas