SIT1602BI-11-33N-40.500000E

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SIT1602BI-11-33N-40.500000E is a type of oscillator that is designed with a low impedance enable output and is suitable for high speed applications. This oscillator is most widely used in frequency control and timing circuits, such as in communications systems, satellite navigation systems, and digital signal processors. It is also used in audio output applications.

The oscillator has a wide operating frequency range up to 33MHz. This makes it an ideal choice for applications that require higher operating frequencies. The frequency is very stable and accurate, which makes it an excellent choice for timing and frequency control applications. The operating temperature range is -40.500000E to 85°C.

The oscillator has a low power consumption and low noise output, which makes it well-suited for applications with tighter noise restrictions. It also has a wide range of control options, including digital, analog and external control. This makes it a great choice for mixed signal applications.

The working principle behind the SIT1602BI-11-33N-40.500000E oscillator is based on the concept of free-running crystal oscillators. The crystal oscillator produces an oscillating electric signal by vibrating a quartz crystal at a specific frequency. This signal is then amplified by an operational amplifier and used to provide a stable and accurate frequency output. The stability of the output frequency is determined by the characteristics of the quartz crystal.

The output frequency of the oscillator can be adjusted either manually or digitally. A manual tuning knob is provided to adjust the frequency. Digital frequency adjustment can be done via the serial control port on the oscillator. This makes it easy to control the frequency and adjust it for different applications.

In summary, the SIT1602BI-11-33N-40.500000E is a low impedance enable output oscillator that is suitable for use in high speed applications. It has a wide operating frequency range up to 33MHz, making it an ideal choice for frequency control and timing applications. The low power consumption and low noise output make it suitable for applications with tighter noise restrictions. The working principle behind the oscillator is based on free-running crystal oscillators and the output frequency can be adjusted manually or digitally.

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