The younger generation, having grown up with so much "signal pollution", is willing to welcome all kinds of jamming techniques to help clean it up. At home, they are adopting wifi jammers to gain more control over their lives.
In the workplace, businesses have come to understand that protecting sensitive proprietary and personal data may require them to use Wifi jammer around the office, which will provide security by preventing data leakage or theft.
In order to shield the signal, the wifi signal jammer needs to be turned on for a long time, so when using it, it must be dissipated in time to avoid the failure of the jammer due to overheating of the accessories inside. There are two types of heat dissipation, which are the two? ?
1. Natural heat dissipation
The high-power wifi blockers that uses natural heat dissipation generally uses a fully sealed heat dissipation shell. The host is the shell, and the shell is the radiator. All equipment switching power supplies, radio frequency modules and other components are integrated inside the equipment, and the shell materials are generally It is aluminum, which is formed by die-casting with different molds. It is generally used in places with harsh external environments, such as places with a lot of sand and dust, or places that need to be equipped with explosion-proof boxes, such as gas stations, oil depots, hazardous chemical warehouses and other places. It requires a wide range of coverage, strong ability to adapt to harsh environments, and ensures the normal operation of the internal radio frequency module through natural heat dissipation.
2. Auxiliary fan cooling
There are many types of high-power wifi jammer device that dissipate heat through auxiliary fans. The radiators used are mainly aluminum profiles. After cutting, and then installing the chassis shell, the RF module and the power lamp components are installed in the chassis. The heat dissipation is divided into two parts. One part is to pump the heat inside the chassis to the outside, and the air outside the chassis is sent to the inside to form air convection and transport the heat to the external environment. The second part is to install the fan in the heat dissipation tooth area corresponding to the radiator module, and then the fan dissipates heat to the place that generates more heat to ensure the normal operation of the internal radio frequency module.
The wifi disruptor must dissipate heat and dissipate the heat in time to prevent the fuselage from overheating. The above describes the types of heat dissipation. When we use it, we must dissipate heat in time and clean it after a period of time.
