SIT1602BI-33-30E-60.000000T

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Oscillators are defined as energy-storing elastic systems in which the energy is periodically exchanged between the stored form of energy and the form of energy used to drive the system. SIT1602BI-33-30E-60.000000T is one of the oscillators specifically utilized for military applications that need an extremely accurate frequency source. It could be used in a number of military systems such as radar, sonar and communication systems.

This oscillator is primarily used in applications where a very high frequency stability and low jitter are critical. Its outstanding frequency stability and low power consumption make it ideal for timing and communication applications. It also offers protection from electromagnetic and electrostatic disturbances. The oscillator has a frequency range of 6 to 40MHz, with other properties such as very low phase noise and low power. It has a frequency tolerance of 0.125 PPM, and its frequency stability is 0.2 PPM. This makes it suitable for precision applications.

The SIT1602BI-33-30E-60.000000T oscillator operates on the principles of piezoelectricity and electromechanical coupling. Piezoelectricity is the process in which an electrical signal is generated from a mechanical strain. This oscillator uses a piezoelectric crystal as its being. The force generated by the piezoelectric crystal vibrates the crystal at a certain frequency, allowing the oscillator to generate a signal at the frequency as pre-set. The oscillator also consists of an amplifier circuit that amplifies the signal generated by the crystal. The signal is then converted into electrical energy, which is output out through the output pin on the oscillator.

In conclusion, SIT1602BI-33-30E-60.000000T has become the preferred choice for precision military applications due to its frequency stability, low power consumption, and protection from electromagnetic and electrostatic disturbances. Its high frequency stability and low jitter make it particularly desirable for timing and communication applications. Additionally, its operation is based on the principles of piezoelectricity and electromechanical coupling, and it is powered by a piezoelectric crystal and an amplifier circuit.

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