PBRV4.19MR10Y000

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Resonators are broadly divided into two subtypes, passive and active. In the case of passive resonators, the main task is to filter out signals within the design frequency range, whereas in the case of active resonators, the main task is to generate and maintain the oscillation within the specific range. This article will focus on the PBRV4.19MR10Y000 application field and working principle.

The PBRV4.19MR10Y000 is a high stability, low drift, precision resonator. It is specifically designed for use in precision analog and digital systems where accuracy is required, such as metrology and calibration applications. This application requires higher stability than what is normally delivered by quartz crystal resonators.

The PBRV4.19MR10Y000 uses an open-circuit configuration, where the frequency of oscillation is determined by the resonance of the parallel inductance and capacitance elements of the resonator. The combination of these elements exhibits a complex impedance to the driving circuitry, which in turn determines the frequency of the resonance. The resonance frequency is determined by the values of the inductance and capacitance elements of the resonator, as well as non linear effects of the dielectric in the capacitor.

The main components of the PBRV4.19MR10Y000 are the inductor, capacitor and a diode, the diode being used to form the series RC network on the resonator. The PBRV4.19MR10Y000 is actually a combination of two resonators, one operating as a series resonator and the other as a parallel resonator, and the inductor value is chosen as to maximize the resonance between the two.

The PBRV4.19MR10Y000 is designed for use with both power supplies and ground, and is highly temperature stable, with a temperature coefficient less than 2 ppm/°C. The device exhibits extremely narrow bandwidths, with a fractional bandwidth of less than 0.05 percent, ensuring steady and stable operations.

The PBRV4.19MR10Y000 is suitable for high end systems such as communications, test equipment and medical systems. Mainly these systems require high precision, stability and accuracy in order to function properly and this is exactly what the PBRV4.19MR10Y000 delivers.

The PBRV4.19MR10Y000 is a precision device that offers superior performance to standard quartz crystal resonators. Its superior design and superior performance makes it suitable for use in demanding applications. The device has excellent linearity and low phase noise, ensuring unmatched stability and accuracy. The device is designed for use in wide temperature range and is suitable for use in harsh environments, such as in medical devices, high-end test and instrumentation systems.

The PBRV4.19MR10Y000 offers superior performance to traditional quartz crystal resonators, along with a small size, making it suitable for applications that demand high precision and superior performance. This resonator can provide users with the reliability and accuracy they need while remaining economical and cost effective.

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