Q 16,0-JXS32-8-10/15-T1-WA-LF

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Crystals

Crystals are indispensable in many electrical and electronic equipment. The Q 16,0-JXS32-8-10/15-T1-WA-LF is one such crystal. It has a wide application field and an appropriate working principle.

Application Field

The Q 16,0-JXS32-8-10/15-T1-WA-LF crystal combines the characteristics of both quartz crystals and ceramic resonators, making it applicable for use in a wide variety of electronic products. Its typical applications include frequency dividers, clock generators and alarm/sleep timer devices. It is used as a low-cost frequency reference in systems such as transmitters, time-of-flight calculators, frequency control systems, and in consumer products like electronic clocks, air purifiers and electronic toys.

Working Principle

The Q 16,0-JXS32-8-10/15-T1-WA-LF crystal is a quartz-ceramic hybrid crystal which uses the oscillation principle of quartz with the electromagnetic properties of ceramic to generate a stable frequency of oscillation. Quartz resonators use a quartz crystal to vibrate at a particular frequency. This frequency is determined by the size of the crystal and the high electrical coupling between its two plates. Ceramic resonators are similar but use a ceramic material instead of quartz. The combined ceramic-quartz resonator used in the Q 16,0-JXS32-8-10/15-T1-WA-LF crystal combines the advantages of both types, thus resulting in both a low cost as well as a high frequency stability.

In the Q 16,0-JXS32-8-10/15-T1-WA-LF crystal, an oscillator circuit is connected to the crystal. Upon applying a voltage to the crystal, oscillations are set up in the crystal lattice and resonate at a specific frequency. This same frequency is then adopted by the oscillator and is subsequently used to generate accurate frequency signals. The tight frequency stability of the crystal is due to its low temperature coefficient.

Conclusion

The Q 16,0-JXS32-8-10/15-T1-WA-LF hybrid crystal combines the oscillation principles of quartz with the electromagnetic properties of ceramic to create a low cost yet highly stable frequency reference. It is used in a range of electronic products and is suitable for frequency dividers, clock generators, alarm/sleep timer devices and more. Its temperature coefficient provides the crystal with a tight frequency stability, thus guaranteeing precise frequency control in any application.

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