CSTLS3M68G56-B0

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Resonators are widely used in radio-frequency (RF) electronic circuits. They are frequency-selective components that act as filters to tune out unwanted frequencies and improve the selectivity and sensitivity of receivers. There are many different types of resonators, including quartz crystals, mechanical resonators, piezoelectric ceramic resonators and surface acoustic wave (SAW) resonators. One of the most popular types of resonators is the CSTLS3M68G56-B0.

Application Field

The CSTLS3M68G56-B0 resonator is a common type ofceramic surface acoustic wave resonator. It is typically used in various electronic applications, such as cellular base stations, RF receivers, and medical ultrasound devices. The device’s frequency range is 868 to 870 MHz, with a center frequency of 869 MHz, which makes it ideal for applications that require precise frequency control.

Working Principle

The CSTLS3M68G56-B0 resonator works by generating a surface acoustic wave that is used to control the resonant frequency of the device. The frequency of the wave is determined by the shape and dimensions of the resonator. An electric signal, typically supplied by an oscillator, is applied to the resonator, which in turn produces an acoustic wave on the surface of the resonator. This wave is then reflected back and forth between the two endplates, producing a standing wave pattern in the resonator. The frequency of this standing wave is determined by the resonance frequency of the resonator and is used to control the frequency of the oscillator.

The CSTLS3M68G56-B0 resonator has a high frequency stability of +/–25 ppm, making it very useful for applications that require precise frequency control. It also has a low insertion loss, low power consumption (<2.2 mW) and a high suppression of spurious signals, making it ideal for applications such as HF radio and communication systems. Additionally, the resonator is RoHS compliant, making it safe to use in consumer electronic applications.

The CSTLS3M68G56-B0 resonator is a very popular and versatile device for many RF applications. Its wide range of frequency coverage and high frequency stability make it a great choice for designers needing precise frequency control, low power consumption, and low insertion loss. Its RoHS compliance also makes it the ideal choice for consumer and medical device applications, where safety and reliability are of the utmost importance.

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