SIT9120AI-2D1-XXE133.333000Y

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Oscillators are an essential component in many types of electronic circuit, and the SIT9120AI-2D1-XXE133.333000Y is no exception. This oscillator provides a precise and stable control frequency of 133.333MHz, making it an ideal solution for various timing-critical applications.

This oscillator features an HCMOS output, allowing for a wide range of supply voltage and input current requirements. It also has an excellent heat dissipation design and offers high reliability and low power consumption. Additionally, the SIT9120AI-2D1-XXE133.333000Y provides an adjustable Start/Stop frequency and offers both analog and digital control options.

The operating principle of the SIT9120AI-2D1-XXE133.333000Y is the same as that of most oscillators; it converts DC current into an AC signal of a specified frequency. The signal is then filtered and amplified before being sent to an output stage, which converts the signal to the desired form. The output frequency of the oscillator is determined by a combination of the frequency-determining elements (FDEs) and the resonance frequency of the tuned circuit.

The SIT9120AI-2D1-XXE133.333000Y is suitable for applications such as clocking, Bluetooth and WLAN, GPS receiver, automotive infotainment, and more. In addition, it provides low jitter performance, which is essential for low-power clocking of digital systems that require precise signal synchronization. This oscillator also has an excellent pullability, which means that the oscillation frequency is not affected by changes in the temperature or supply voltage.

The SIT9120AI-2D1-XXE133.333000Y is an ideal choice for any design that requires high-accuracy clocking and timing. It is a reliable, low-power oscillator with high-frequency stability and accuracy, making it flexible and suitable for a variety of applications. Its adjustable Start/Stop frequency, wide range of supply voltage and input current requirements, and excellent heat dissipation capabilities make it an ideal choice for a wide range of timing-critical applications.

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