Simply put, a drone jammer is a device that can interfere with the normal flight of drones. By transmitting specific radio signals, the drone's remote control cannot receive the correct signal, thereby achieving control over the drone. The interference execution time of the drone jammer refers to the length of time from the start of interference to the loss of control of the drone.

The factors that affect the interference execution time of drone jammers mainly include the following aspects:

1. Interference frequency: The working frequency of the jammer is a key factor in determining the execution time of interference. Generally speaking, the closer the interference frequency is to the remote control frequency of the drone, the better the interference effect and the shorter the execution time.

2. Interference power: The larger the interference power, the better the interference effect. However, excessive power may cause damage to the drone. Therefore, selecting the appropriate interference power is also an important factor affecting the execution time of interference.

3. Drone type: Different types of drones may have different remote control frequencies, methods, etc., which can also affect the effectiveness of jammers and interference execution time.

4. Environmental factors: including terrain, buildings, weather, etc., may also affect the interference effect and execution time. For example, if there are large buildings in the environment, it may affect the propagation of radio signals, thereby affecting the interference effect.

5. Performance of jammers: Factors such as the technical level and stability of the jammer can also affect the execution time of interference.

The interference execution time of drone jammers is a complex problem that is influenced by various factors. Therefore, in practical use, it is necessary to choose and use drone jammers reasonably based on specific situations to achieve the best interference effect. At the same time, it is also necessary to continuously research and improve the technical performance of drone jammers to adapt to the constantly changing drone technology and usage environment.