416F24013IKR

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416F24013IKR application field and working principle

Crystals are applied to provide high-precision timekeeping and frequency control in most modern electronic items today. The 416F24013IKR is a temperature-compensated crystal oscillator (TCXO), perfect for challenging high-precision applications. Understanding its application fields and working principle helps us make better decisions when selecting the right one.

Application Field

The 416F24013IKR is used in data processing systems, radio baseband systems, medical equipment, automotive navigation systems, and general applications. Its stability allows for reliable, precise timing when processing signals, making it an ideal choice for these occasions. Thanks to its low power consumption and mounting combinations, it can be used to build up plenty of different systems.

Working Principle

A oscillator circuit is a simple electronic device built from a few transistors, capacitors and resistors. This circuit generates a continuous electrical oscillation. It is an on-off switch for a load, and each “on” and “off” period is defined as a half-cycle, meaning it can be used to generate a sine wave. The 416F24013IKR crystal oscillator circuit is composed of the core oscillator, frequency multipliers and temperature compensators.

The core oscillator frequency range is from 8kHz to 4MHz. It is built from a tuning fork, an integrated circuit and a quartz crystal that vibrates at an exact frequency when a specific voltage is applied. The frequency multipliers convert the low frequency signal to the required frequency. Finally, temperature compensators are applied to make sure that despite variations in temperature, certain precision is maintained.

Conclusion

In conclusion, the 416F24013IKR crystal oscillator assists in maintaining optimal signal performance while presenting a high degree of precision. Owing to its low power consumption, its application fields are broad and varied. This precision oscillator influences many modern devices while working according to its core oscillator, frequency multipliers and temperature compensators.

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