SIT8008AI-71-25E-33.330000D

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Oscillators are electronic components that produce alternating electrical signals. They have many applications, including creating a radio frequency (RF) signal, supplying a reference voltage to a signal source, or stabilizing an amplifier’s gain. The SIT8008AI-71-25E-33.33000D is an example of an oscillator commonly used in the radio frequency field. It is a voltage-controlled quartz crystal oscillator, offering superior Phase Noise performance and frequency range.

Application fields:

The SIT8008AI-71-25E-33.330000D oscillator is mainly used in the radio frequency (RF) industry. It is typically used to power wireless communication systems such as mobile phones, Wi-Fi routers, and other radio-controlled devices. It can be used with a frequency range of 33.33 to 334MHz, making it a suitable for applications from sub-Gigahertz to over 4.2Gigahertz.

The SIT8008AI-71-25E-33.330000D oscillator can also be used in audio equipment, providing accurate control of frequency over a wide range. Additionally, its high precision and low current consumption make it suitable for use in battery-powered systems.

Working Principle:

The SIT8008AI-71-25E-33.33000D oscillator operates on the quartz crystal resonance principle. A quartz crystal is placed at the centre of the oscillator which vibrates when excited by an electric current. This vibration becomes an alternating electrical signal, with a frequency which is always equal to the original excitation frequency.

The SIT8008AI-71-25E-33.33000D oscillator uses a voltage-controlled oscillator design, allowing it to switch frequencies by varying the control voltage. This allows a much larger range of oscillation frequencies to be generated. In addition, the oscillator offers excellent frequency precision and low current consumption. This enables the oscillator to be used in low-power applications without sacrificing performance.

Conclusion:

The SIT8008AI-71-25E-33.33000D oscillator is an ideal component for use in radio frequency and audio applications. Its low current consumption allows for use in battery-powered systems while its high precision ensures a wide range of frequencies and superior Phase Noise performance and frequency range. As such, it is a solid choice for any application where precise oscillation is required.

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