PBRC-12.29BR07

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Resonators are commonly used in communications systems and other electronic devices, such as radios, satellite receivers, cellular phones, and test equipment. They help to isolate a device from external noise and ensure its performance remains accurate, stable and reliable. The PBRC-12.29BR07 is a type of resonator that is designed for use in conventional and digital communication systems, particularly where extreme operating temperature is an issue.

The PBRC-12.29BR07 is an SMD (surface mount device), utilizing an AT-cut crystal and a complementary low-pass filter. It has low frequency and phase noise, a wide temperature range, low current consumption, and a low profile with a space saving design that measures just 12.7 x 9.1 mm.

The PBRC-12.29BR07 is designed for both narrowband and broadband applications, primarily for frequency-agile applications such as frequency hopping, DECT, TETRA, etc. Its standard operational frequency range is from 400 kHz to 1000 MHz.

The PBRC-12.29BR07 resonator is a type of piezoelectric device. Piezoelectricity is the electricity generated by introducing mechanical strain on a crystalline solid material. In the case of the PBRC-12.29BR07, the material is an AT crystal. The crystal is mounted in a holder and a bias voltage is applied to it. The vibration of the crystal due to this applied voltage is then converted into an alternating electrical signal.

The PBRC-12.29BR07 also uses a complementary low pass filter to further reduce the noise and improve the signal-to-noise ratio of the output signal. This filter is designed to pass the signal frequency of interest while attenuating other bands. It effectively suppresses noise and interference at frequencies other than the operating frequency of the system.

The PBRC-12.29BR07 is a highly efficient resonator that is capable of providing superior communication performance in extreme environmental conditions. It is also easy to install and cost-effective, making it an ideal choice for a variety of communication and test equipment applications.The specific data is subject to PDF, and the above content is for reference