SIT1602BC-83-25N-74.176000T

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Oscillators are components that possess a regular and periodic behavior, with a phase shift between the input and output signal. This behavior poses them as highly suitable components for applications such as clock generation, signal conditioning, power supply for logic circuits and similar tasks.
SIT1602BC-83-25N-74.176000T, belonging to this family of components, is an oscillator used in many control and communication applications due to its properties at low frequencies and low power consumption. Its applications are mainly accelerated by its ability to work up to 62.5MHz frequencies. The dissipation of this oscillator is of respective values of 6.9mA @3.3V and 5.7mA @5.0V, so it is quite low in comparison with other competitor oscillators.

The working principle of SIT1602BC-83-25N-74.176000T is based on its core components, which are an amplifier with embedded resistors and capacitors and a quartz crystal filter that determines its centre frequency. With the same amplitude of the signal between input and output, the combination of these components creates an oscillating period, which determines the frequency with which it is operating.
The quartz crystal is a passive dielectric element, which originates and maintains a sinusoidal oscillation across the filter when an alternating current imposes a mechanical vibration in its crystal structure. This oscillation works as an alternating voltage between the terminals of the filter, and it controls the frequency of the oscillator. Besides its response follows the clockwise phase shift characteristic of oscillating systems.

The SIT1602BC-83-25N-74.176000T oscillator is especially suitable for communication, switching, and clock signal generation. This components offers a wide range of uses due to its characteristics. Its properties make it ideal for digital integrated applications and high-speed digital circuits, which require tight frequency regulation and high data speed. It is also employed in clock synchronization, providing a steady clock signal for logic checkpoints.
Moreover, this oscillator can be found in applications such as controlling of digital systems and in communication systems using high frequency. Its low dissipation and high frequency are essential features for power management systems, whereby its capabilities are used to reduce power demand in battery operated systems.

In summary, the SIT1602BC-83-25N-74.176000T oscillator is a high performance component that offers an optimal combination of low dissipation, low frequencies and high frequency, ideal for numerous control and communication applications. It can be used in digital integrated systems, data communication systems, logic checkpoints, and power management systems. Its use is beneficial for the overall performance of the application in terms of power consumption,timing, accuracy and stability.

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