PBRV6.00MR50Y000

Resonators have long been exploited in many applications due to their ability to manipulate and store electromagnetic energy. An example of a resonator used in various fields is the PBRV6.00MR50Y000. This high-performance resonator enables excellent frequency accuracy, frequency stability, and high operating temperature range. It is extremely versatile and can be used for a wide range of applications.

PBRV6.00MR50Y000 Application Field

The PBRV6.00MR50Y000 can be used in various fields, such as communication systems, frequency sources, testing and measuring applications, and timing devices. This resonator is particularly suitable for wireless applications since its frequency accuracy and stability are higher than that of competing technologies. It is also suitable for use in DC/DC converters, pulse width modulation (PWM) systems, and for frequency selection/filter applications.

Working Principle

The PBRV6.00MR50Y000 resonator operates by converting electrical signals into acoustic signals and vice versa. This process is carried out by its oscillator controller, which is driven by a quartz crystal tuned to a specific frequency. The quartz crystal is composed of two plates with a thin metallized layer between them. When a voltage is applied to the crystal, it causes a deformation in the crystal lattice, which results in acoustic waves with exactly the same frequency as the voltage signal.

These waves propagate through the crystal, producing an electric field in its center. As the electric field oscillates, it induces an oscillating electric current in an inductor-capacitor (LC) network connected to the crystal. The oscillating current eventually flows out of the circuit, and its frequency is exactly the same as the frequency of the voltage signal applied to the crystal.

By adjusting the frequency of the voltage signal applied to the quartz crystal, the frequency of the oscillating current can be precisely tuned. This enables excellent frequency accuracy, frequency stability, and a wide operating temperature range. Additionally, the quartz crystal provides superior frequency stability over temperature, which is an advantage over competing technologies such as ceramic resonators.

In summary, the PBRV6.00MR50Y000 resonator is an excellent choice for wireless applications and other fields due to its superior frequency accuracy, stability, and wide temperature range. Its unique operating principle enables it to be tuned to a precisely specified frequency with excellent accuracy and stability.