PBRC-3.68HR

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As an advanced satellite communication system, the keystone of which is the PBRC-3.68HR resonator. This type of resonator is designed to ensure that signals can be propagated over long distances with minimal distortion and interference. The PBRC-3.68HR resonator is a good choice for applications in the communications industry due to its high efficiency and relatively small size.

A resonator is a device that vibrates at a specific frequency, allowing it to function as a filter for signals. Like traditional filters, resonators are able to isolate and focus the energy of signals within a particular range of frequencies. By doing so, resonators are able to minimize the effect of undesirable elements and the noise produced by the environment.

The PBRC-3.68HR resonator is a high-frequency resonator that employs advanced technologies such as dielectric and microwave monolithic integrated circuits (MMICs) and active RF components. The PBRC-3.68HR resonator has a frequency range of 3.68-3.83 GHz and can operate at temperature ranges of -20°C to +60°C. It is also designed to be resistant to shock, vibration, and other environmental factors.

The PBRC-3.68HR resonator is used extensively in a variety of applications. Its most common use is for satellite communications because of its high frequency and its ability to filter signals over long distances with minimal interference from surrounding objects. The PBRC-3.68HR resonator is also used in mobile and wireless communication systems, because of its resistance to radio interference and its ability to filter signals in a small form factor.

Another application of the PBRC-3.68HR resonator is in radar systems, where it is used to help pinpoint the location of objects. The PBRC-3.68HR resonator is also used in two-way radio systems, as it is able to filter signals over short distances while maintaining good reception and transmission over long distances.

The PBRC-3.68HR resonator is a compact and highly efficient device. Its design consists of a dielectric slab, an RF amplifier, a tuning network, and a ground plane. The dielectric slab is made from lithographic gold-plated copper layers, resulting in low signal loss, high efficiency, and high frequency response. The RF amplifier amplifies the signal emitted from the tuning network and the ground plane allows for more uniform signal distribution.

The PBRC-3.68HR resonator is also highly reliable as it is designed to have a long lifetime and minimal maintenance requirements. Its advanced design ensures that it is robust enough for a variety of extreme environments, such as high altitude and subzero temperatures, making it ideal for applications in the communication and aerospace industries.

In conclusion, the PBRC-3.68HR resonator is a versatile and reliable device that is commonly used in communication and aerospace applications. It is highly efficient and has a wide frequency range, making it suitable for a variety of applications. The PBRC-3.68HR resonator is also designed to be highly reliable and resilient, making it the perfect choice for environments with extreme temperatures and high altitudes.

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