SIT1602BC-13-28N-20.000000E

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Oscillators, such as the SIT1602BC-13-28N-20.000000E, are useful for a variety of applications, ranging from timing clocks, frequency synthesis and filtering to more complex microcontroller applications. In these applications, the oscillator must generate a stable, periodic signal, typically at a specific frequency, over a specified temperature range. The SIT1602BC-13-28N-20.000000E is a quartz crystal oscillator with a frequency of 20.000000E, making it ideal for frequency synthesis, precision timing and stability control applications.

The oscillator uses a quartz crystal as the resonator. The crystal is a piece of solid or semi-solid quartz with a specific frequency. The oscillator drives an AC signal, typically at its resonant frequency, across the crystal. When the frequency of the signal matches the frequency of the crystal, a pair of matched nodes of deformation will form inside the crystal. This structure will cause the crystal to vibrate at the resonant frequency determined by the geometry of the crystal.

The quartz crystal oscillator is made up of several different components. The main components include the quartz crystal, signal generator, driver, amplifier and frequency reference. The quartz crystal is the resonator which determines the frequency of the oscillator. The signal generator converts the DC supply voltage into an AC voltage which is then sent to the crystal. The driver is the main component of the oscillator which amplifies the signal and sends it back to the reference frequency source.

The frequency reference source is the part of the oscillator that sets the frequency of the signal it produces. It can be a crystal-controlled oscillator, a digital frequency synthesizer or a simple reference signal. The final component, the amplifier, amplifies the signal from the oscillator and sends it to the output device or circuit which uses it.

The SIT1602BC-13-28N-20.000000E oscillator is most often used in applications such as timing clocks, frequency synthesis and filtering. In these applications, the oscillator must generate a stable, periodic signal, typically at a specific frequency, over a specified temperature range. This is important in order to maintain accuracy of the signal and in order to prevent errors from occurring during operation of the system. The SIT1602BC-13-28N-20.000000E produces a signal that is stable and accurate over a wide temperature range.

In clock and frequency synthesis applications, the oscillator is used to generate a reference signal for other devices. For example, in a multiplexer circuit, the oscillator would generate a signal which is used to select the appropriate input signal from the multiplexer. In addition to frequency synthesis applications, the oscillator can also be used in filter applications to reduce noise and unwanted signals from the system.

The SIT1602BC-13-28N-20.000000E oscillator has a variety of features which make it ideal for high precision applications. It has an excellent frequency stability over a wide temperature range. It also has a low jitter performance with fast start up times. This makes it an excellent choice for applications that require accurate timing and precise signal delivery.

In conclusion, the SIT1602BC-13-28N-20.000000E oscillator is an ideal choice for a variety of applications, from timing clocks and frequency synthesis to more complex microcontroller applications. It has excellent frequency stability, low jitter performance, and fast start up times, which make it a great choice for any precision application requiring accurate and reliable timing. It can be used in both filter and frequency synthesis applications, and it is designed to work over a wide temperature range.

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