SIT9002AC-33H18DK

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Programmable oscillators stabilize important processes and synthesize accurate, frequency-critical signals in a wide range of applications, including radio, communications, instrumentation, radar, navigation and autopilot development. SIT9002AC-33H18DK is one type of programmable oscillator, which carries exceptional reliability and accuracy. It is suitable for high stability oscillator applications.

Applications

SIT9002AC-33H18DK is designed for use in avionics, medical equipment, communications and instrumentation systems. It is able to generate very stable and accurate signals. In addition, this oscillator is designed to withstand harsh environmental conditions, such as temperature, humidity and voltage variations. Therefore, it is suitable for military and industrial applications that require a stable operating environment and require a highly accurate signal.

In addition, SIT9002AC-33H18DK can be used in communication circuits, such as transmitting and receiving radio signals, as well as in receiving, processing and storing data signals. Furthermore, it is suitable for radar systems and navigation, autopilot, and geolocation systems.

Working principle

The SIT9002AC-33H18DK consists of a quartz piezoelectric crystal and an electronic circuit. The quartz crystal is essential in providing accurate and stable frequency signals. It is composed of two plates that are located close together and connected to a base plate by means of a special adhesive. This structure is able to effectively convert electrical energy into acoustical energy, and vice-versa.

The electronic circuit of the SIT9002AC-33H18DK consists of a power source and several connected components. The power source provides the energy the oscillator needs to run. The connected components regulate the amount of electrical energy that is passed through the quartz crystal and allow the oscillator to produce a stable and accurate frequency signal.

The oscillator\'s frequency can be adjusted by changing the amount of electrical energy that is passed through the quartz crystal. Furthermore, a frequency-locking mechanism ensures that the oscillator will produce the same stable and accurate signal, even when the environment changes. This makes the oscillator ideal for applications that require stable and accurate frequency signals.

Conclusion

The SIT9002AC-33H18DK is an excellent programmable oscillator. It is designed to operate in harsh environments, and its frequency-locking mechanism ensures that it can continue to produce an accurate and stable signal even when the environment changes. It is suitable for a wide range of applications, including communication, instrumentation, navigation, and radar systems. Furthermore, its quartz crystal ensures that it produces very precise frequency signals.

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