520T15IT16M3690

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Oscillators

An oscillator is an electronic circuit, specifically an electronic oscillator, which takes direct current (DC) input power and produces an alternating current (AC) output signal. Oscillators are used in many applications, such as radio transmitters, receivers, mobile phones, audio systems and radar systems. The 520T15IT16M3690 oscillator is an example of a high-performance oscillator designed and manufactured by NeXT.

520T15IT16M3690 Application Field

The 520T15IT16M3690 oscillator is suitable for use in communications, instrumentation, sensor and consumer interface applications. It is a medium-power oscillator, capable of providing 7 mA of current. It operates from -40°C to +85°C and has excellent RF performance with low-jitter synthesisers, making it suitable for high-reliability applications. It features a 4x2cm compact dual-in-line (DIP) housing, making it ideal for circuit board integration.

520T15IT16M3690 Working Principle

The 520T15IT16M3690 oscillator works by creating an oscillating waveform. This waveform is generated by a quartz crystal resonator, which produces an alternating current when a voltage is applied to it. The frequency of the output waveform is determined by the resonator\'s natural frequency and is accurate to within ±50ppm. The frequency can be adjusted up to ±20ppm using an external capacitor.

The oscillator also features a very low current consumption of only 7 mA, making it suitable for battery-powered applications. It can also provide very good phase noise and up to 40dBc of harmonics suppression. The 520T15IT16M3690 is extremely stable and is able to maintain a continuous output signal over a wide temperature range, making it ideal for applications requiring long-term stability.

Conclusion

The 520T15IT16M3690 oscillator is a high-performance, medium-power oscillator designed and manufactured by NeXT. It is suitable for use in communication, instrumentation, sensor and consumer interface applications. The oscillator works by creating an oscillating waveform using a quartz crystal resonator, which produces an alternating current when a voltage is applied to it. The frequency of this waveform is very stable and accurate to within ± 50ppm. The oscillator features low power consumption and excellent phase noise and harmonic suppression. This makes it suitable for high-reliability, battery-powered applications requiring long-term stability.

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