PBRC-3.20BR

A PBRC-3.20BR is a type of resonator. It is a quartz crystal receiving device used to control the frequency and power of a radio signal. Its main purpose is to create a continuous, stable, and repeatable signal that is used in various communication applications. The PBRC-3.20BR can be found in various applications such as television, radio, GPS, military, and consumer electronics.

The PBRC-3.20BR consists of a quartz crystal and an electronics circuit, housed in a plastic casing. The quartz crystal is the active part, vibrating at its own natural frequency. The electronic circuit amplifies and stabilizes the signal emitted by the crystal. The resulting oscillations create a continuous, stable, and repeatable signal, and this is used to control the frequency and power of a radio signal.

The PBRC-3.20BR is designed to handle a wide range of frequencies, from 3.1845 MHz to 3.2125 MHz. It can be used for both narrowband and wide-band applications. It is also designed to handle a wide range of power levels, from 10 mW to 50 mW, so it can be used in applications requiring different power levels.

The main advantage of the PBRC-3.20BR is its high stability and repeatability. This means that the signal created by this device is very reliable and consistent. This is especially important in communication and navigation applications, as the signal can be used to accurately track and transmit data.

The PBRC-3.20BR also has a low power consumption. This is because the oscillations created by the quartz crystal are very small and require only a minimal amount of power to sustain them. This makes it a useful device in applications where power consumption needs to be kept to a minimum.

In conclusion, the PBRC-3.20BR is a type of resonator that is used in a variety of applications. It is a highly stable and repeatable device used to control the frequency and power of a radio signal. It is designed to handle a wide range of frequencies and power levels, and its low power consumption makes it an ideal device for applications requiring minimal power consumption.