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Oscillators

SIT2024BM-S3-33N-3.996000E

SIT2024BM-S3-33N-3.996000E oscillators are widely used infrequency control, phase retrieval, and timing circuit. It is a solid state crystal oscillator combining a high performance temperature compensating oscillator in miniature surface mount packaging. The product offers excellent stability.

The oscillator works by using the Piezoelectric effect. This effect describes the phenomenon where a crystal produces an electrical charge when it is physically strained. The crystal is placed under mechanical stress, where it produces an electric charge and the oscillation circuit alternately creates and stores the charge. This results in a continuous and stable oscillation.

The product offers improved frequency stability over other comparison criteria such as temperature range, voltage range, load variations, shock resistance, and EMI susceptibility. It is also characterized by minimal power consumption, wide frequency range, high speed of startup, low phase noise, and low jitter that enables it to meet the strict requirements of high-precision needs. Furthermore, SIT2024BM-S3-33N-3.996000E oscillators use the linear-reduced piezoelectric effect to improve its frequency stability over temperature.

These oscillators can be applied in a variety of fields, including mobile radio, wireless communication, aviation and navigation, medical electronics, intelligent security systems and smart home electronics. In particular, they are perfectly suited for broadband communication, digital signal processor (DSP) applications, test and measurement equipment, radio frequency identification (RFID), and automotive industries. SIT2024BM-S3-33N-3.996000E oscillators also provide an excellent solution for devices with highly precise and stable frequency control requirements.

In summary, the SIT2024BM-S3-33N-3.996000E oscillators feature a combination of high performance and small size. With excellent frequency stability, low power consumption and wide frequency range, it is an ideal choice for a range of applications requiring precise frequency control. Moreover, with its high start-up speed, low jitter and low phase noise, it is perfect for a variety of digital and RF communication applications, providing an excellent solution for frequency control.

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