SIT3907AC-2F-25NZ-25.000000T

Oscillators are electrical circuits that contain a network of capacitors and inductors designed to generate an electric signal of a specific frequency. The SIT3907AC-2F-25NZ-25.000000T is an oscillator that uses quartz crystal technology and is ideal for applications where ultra-precise and reliable frequency control with low power consumption is critical. This oscillator is characterized by its frequency stability and low frequency drift.

Functionality and Features of the SIT3907AC-2F-25NZ-25.000000T

The SIT3907AC-2F-25NZ-25.000000T oscillator uses a quartz crystal resonator as the main frequency-determining component. This oscillator has a high-Q quartz crystal resonator, which is very stable and precise. It can maintain the output frequency across temperature changes with minimal frequency drift, making it ideal for precision applications. The oscillator also features a power save mode, which can help to reduce power consumption. It has a wide frequency range of 25MHz and can achieve an excellent frequency stability of ±10ppm over a temperature range of -30°C to +85°C.

Applications of the SIT3907AC-2F-25NZ-25.000000T

The SIT3907AC-2F-25NZ-25.000000T oscillator is designed for applications that require high frequency stability and low power consumption. It is used in a variety of applications where precise frequency control is essential, such as in digital television receivers, navigational systems, radio control systems, point-of-sale systems, and many other devices. It is also ideal for use in telecommunications systems, where an ultra-accurate frequency reference is required.

Working Principle of the SIT3907AC-2F-25NZ-25.000000T

The SIT3907AC-2F-25NZ-25.000000T oscillator uses quartz crystal technology to generate a precise and stable output frequency. It works on the principle of a quartz crystal vibrating at a specific frequency when an alternating current of a certain amplitude and frequency is applied to it. The oscillator uses this principle to generate a precise and stable output frequency that is determined by the design of the resonator. The resonator is made with a high-Q quartz crystal, which allows it to maintain a stable frequency across temperature changes and other environmental factors.

Conclusion

The SIT3907AC-2F-25NZ-25.000000T oscillator is an ideal choice for applications where precision frequency control with low power consumption is critical. It utilizes quartz crystal technology to generate a precise and stable output frequency and features a power save mode. It is used in a wide range of applications such as digital television receivers, point-of-sale systems, navigational systems, and many other devices. The oscillator is characterized by its high frequency stability over temperature and is an excellent choice for applications where precise frequency reference is required.