TS5828 Audio/Video Wireless Transmitter for FPV at 5.8 GHz 600mW 32 Channels

Description

What it is

The TS5828 is a 5.8 GHz wireless AV transmitter with a power of 600 mW and 32 channels. It is designed for real-time audio/video transmission (FPV) on drones.

Features

• Frequency: 5.8 GHz
• Transmission Power: 600 mW
• Number of Available Channels: 32

What it is for

The TS5828 is ideal for creating a complete FPV system on small drones, allowing real-time viewing of images and sound from the drone’s camera. It is compatible with 5.8 GHz wireless receivers.

Tutorial: How to Use TS5828 AV Transmitter

The TS5828 5.8 GHz wireless transmitter is ideal for drone pilots who want to see real-time images and sound from the drone’s camera. It is suitable for both beginners and experts.

What you need

• TS5828 AV Transmitter
• compatible 5.8 GHz receiver
• RCA cable to connect the camera
• batter and charger

Steps

1. Connect the RCA cable from the camera to the TS5828 transmitter.
2. Check the transmitter power supply with a compatible battery.
3. Configure the transmitter frequency through the selection buttons on the device (refer to the datasheet for details).
4. Connect the receiver to the monitor or control camera.
5. Tune the receiver to the same frequency as the transmitter.
6. Verify connectivity and image on a flying drone (max height 600 meters).
7. Adjust any interference or audio/video quality issues.
8. Use the TS5828 system to fly your drone on your next mission.

Mini project

Create a complete FPV system with the TS5828 transmitter and a compatible receiver, installing everything on a small drone.

Common mistakes

• Incorrect frequency configuration
• Unstable RCA connection
• Transmitter power supply issues

Recommended accessories

• 5829 Receiver at 5.8 GHz
• Directional antenna for improved reception
• Compatible LiPo battery
• RCA cable included

Frequently asked questions

What is the maximum range of the transmitter?
The maximum range is 600 meters, but it can vary depending on weather conditions.

How can I avoid interference with other wireless devices?
Choose a less used frequency and make sure the receiver is well isolated from other devices.