How does the 5G full-band mobile phone jammer disrupt signals?
The 5G full-band mobile phone jammer is commonly used as testing equipment in exams and other settings to prevent candidates from using wireless signals to communicate with the outside world. However, many people are unaware of how it functions. This article will explain in detail how the 5G full-band signal jammer disrupts signals.
The full-band mobile phone jammer disrupts mobile phone signals by emitting radio frequency signals at the same frequency as mobile phones. When a mobile phone is in use, it connects to the base station of the communication operator, and different mobile phone standards utilize different frequencies. The full-band signal jammer emits signals within the same frequency band as mobile phones, making it impossible for mobile phones to differentiate between the jammer’s signals and conventional base station signals, resulting in interference.
Essentially, the Cell Phone Jammer emits a spherical shielding space at the predetermined frequency, which automatically generates a shielding electromagnetic field. Within the designated range, the mobile phone’s ability to send and receive signals is disabled. Consequently, mobile phones cannot make or receive calls when the full-band signal jammer is operational, effectively rendering them inoperative.
It is important to note that mobile phone signals encompass more than just mobile data; they also include Bluetooth and WiFi signals. Different wireless communication technologies operate within different frequency bands. For instance, 2G primarily operates within the 900-1700MHz frequency range, while Bluetooth and WiFi function within the 2.4GHz frequency band. Therefore, a 5G full-band signal jammer must accurately identify the communication frequency band and develop a jammer that operates within the same frequency band to completely disrupt mobile phone wireless signals.
In summary, the full-band 5G signal jammer is a device that disrupts wireless signals by emitting radio frequency signals at the same frequency as mobile phones.
