SIT1602BC-83-30N-25.000000T

Oscillators are circuit devices intended mainly for the generation of a continuous sinusoidal output signal, usually of a precisely determined frequency. SIT1602BC-83-30N-25.000000T is a type of oscillator which offers excellent frequency accuracy and stability over a wide operating temperature range. It is widely used in digital products, lasers, microprocessors, modems, and communication modules.

The working principle of the SIT1602BC-83-30N-25.000000T oscillator is based on highly stable quartz crystal resonators, which act as a timer for the oscillator. The frequency is determined by the fundamental resonance frequency of the quartz crystal. When a voltage is applied across the crystal, an electrical field is created across the quartz crystal and mechanical deformation is induced in the crystal. When the momentum of the crystal is imparted from the clamped crystal points, periodic displacement occurs between the quartz and the electrodes, producing periodic oscillations. This process is due to the phenomenon of piezoelectricity and is the basis for the frequency determined by the resonator.

The frequency of an oscillator can vary due to a number of factors, such as changes in temperature, external electro-magnetic interference, or even due to aging with time. To ensure the highest level of accuracy and stability, the SIT1602BC-83-30N-25.000000T oscillator is equipped with a self-adjusting temperature compensation circuit to maintain a constant frequency over temperature. External compensation techniques such as automatic trimming and adjustment of the coupling capacitor can also be utilized for high frequency accuracy.

The SIT1602BC-83-30N-25.000000T oscillator can be found in many different applications due to its high frequency accuracy and stability and its wide operable temperature range. It is commonly used in digital products such as frequency synthesizers, microprocessors, modems, communication modules, and other digital logic circuitry. It is also used in lasers, instrumentation, metrology, and military applications. In addition, it is widely used for precision frequency sources, digital signal generation, clock distribution, as well as timing and synchronization.