SIT1602BI-71-30N-35.840000G

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Oscillators are widely used in a variety of electronic devices. They are used to produce a steady signal or voltage that has a particular frequency or range of frequencies. The SIT1602BI-71-30N-35.84000G is one such oscillator and is used in a range of applications.

This particular oscillator is a surface mounted version that is highly reliable and stable with low cost. It features an analog quartz crystal, allowing it to provide an extremely precise and regular signal. It is often used in precision timer circuitry or for frequency control, such as in radios and television receivers. It is also used in integrated circuits for digital and analog designs.

This oscillator has a frequency range of 17.8–399.9 kHz and a maximum frequency tolerance of ±5.0 ppm at 25°C. It can operate with a temperature range from -40°C to 85°C on its own, and has an operating voltage range of 1.8–5.0V. It also features a differential output current of 150mA, which is adjustable with an external resistor. This makes it suitable for use in devices that require a high current output.

The oscillator works by converting an oscillating electrical signal into an output frequency. The quartz crystal is joined to a small circuit board that contains the components needed to create the oscillating electrical signal. The crystal acts as a resonator, vibrating at a fixed frequency determined by its shape and size when an alternative current (AC) signal is sent through the circuit. The frequency of this vibration is then converted into an output signal with the same frequency, which can be used by the device to produce a regular signal with a fixed frequency.

The high precision of this oscillator makes it a perfect choice for any device which requires accurate timing or frequency control. Its low cost and robust design make it a crowd favorite among engineers and designers alike. With its wide operating temperature range and adjustable output current, it is an excellent choice for a range of applications which require a stable and reliable signal.

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