CSTCE20M0V53-R0 Crystals, Oscillators, Resonators

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Distributed Electromechanical Resonators (DERs) are a group of electrical components that employ a vibrating mechanical structure to generate a response at one or more specific frequencies. The CSTCE20M0V53-R0 is part of this DER family and finds application in precision timing and frequency control. It has an advanced combination of bulk acoustic wave (BAW) and temperature compensated surface acoustic wave (TC-SAW) technologies.

BAW technology utilizes a piezoelectric transducer that vibrates the crystal in a direction parallel to the surface. The energy of the transmitted waves is spread across two nodes located above and below the crystal. The wavelength of the shear wave is determined by the thickness of the crystal and the Mach number of the wave. The combination of the two acoustic waves creates a resonance in the crystal, which is then used to drive the output frequency and timing. The TC-SAW technology uses a temperature-compensated piezoelectric transducer to vibrate the crystal in a direction perpendicular to the surface. The transmitted wave has a shorter wavelength than the BAW, allowing for more flexibility in designing a frequency response curve. By combining these two technologies, the CSTCE20M0V53-R0 is able to generate highly accurate and precise frequency responses.

The CSTCE20M0V53-R0 also offers excellent long-term performance stability. This is achieved through the use of advanced materials and processes, such as laser trimming, to precisely tune the device to the desired frequency. This high accuracy and frequency stability make the CSTCE20M0V53-R0 ideal for applications that require continual and reliable frequency tuning, such as communication systems and military navigation systems.

The CSTCE20M0V53-R0 is a highly effective component for precision timing and frequency control. Its combination of BAW and TC-SAW technologies offers a highly accurate and precise frequency response, with excellent long-term performance stability. This makes it well suited for applications that require precision frequency tuning, such as communication systems and military navigation systems.

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