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Resonators

CSTCE10M0G52Z-R0 Application Field and Working Principle

Resonators are widely used components that are used to maintain a certain frequency by producing mechanical vibration, so they can be classified under the category of Resonators. The CSTCE10M0G52Z-R0 is an example of such a component.

CSTCE10M0G52Z-R0 is a chip-type ceramic surface acoustic wave (SAW) device typically used in RF communications, such as cellular phones, wireless handsets and other related applications. Also, this device has a wide range of applications, including oscillators, filters, demodulators, etc.

CSTCE10M0G52Z-R0 has a high durability, which affects its long-term performance. It is also relatively small in size, making it suitable for use in portable electronics. The cost-effective nature of the CSTCE10M0G52Z-R0 makes it a desirable alternative to the conventional quartz crystal resonators.

The working principle of the CSTCE10M0G52Z-R0 is fairly simple. SAWs are generated by electrically driving a pair of interdigitated transducers on opposite sides of a piezoelectric substrate. These SAWs propagate across the surface of the substrate and eventually reach the other transducer, where they cause an electrical signal to be generated. The signal is then amplified and applied to the oscillator circuit, driving it to the desired frequency.

The CSTCE10M0G52Z-R0 also has an oscillator with a frequency select range of 10MHz to 52MHz. Thus, it can be used for a wide range of frequencies at once, as well as providing higher frequency stability and greater operational accuracy. Furthermore, the device is resistant to temperature variations, which makes it more reliable and stable.

In conclusion, the CSTCE10M0G52Z-R0 is an ideal component for a wide range of applications since it offers high reliability, performance, and cost-effectiveness. It is also a great choice for applications that require accurate oscillators, filters, demodulators or any other function related to RF communications.

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