SIT1602BC-11-28S-26.000000D

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Oscillators have been used in many types of electronic applications for decades. They are used to generate and regulate waveforms, such as sound, radio waves, voltage, and current. One example of an oscillator is the SIT1602BC-11-28S-26.000000D. This product is a crystal oscillator that utilizes both a quartz and surface-acoustic wave (SAW) resonator for great accuracy in generating and timing signals.

Application Field

The SIT1602BC-11-28S-26.000000D is primarily used in timing-critical applications where the accuracy of generated signals and frequencies must not be compromised. Examples of systems that utilize this type of oscillator include precision clocks, high frequency radio communication systems, and medical instruments. Because of the oscillator\'s high precision, it is preferred for use in such applications.

Working Principle

The SIT1602BC-11-28S-26.000000D functions by employing a quartz and SAW resonator in combination. The quartz resonator is used to measure the frequency of the output signal, while the SAW resonator is used to increase the accuracy of the quartz resonator. This combination helps to ensure that the oscillator\'s output is very accurate and stable. This design also allows for flexibility, as the oscillator is able to operate within a wide range of various temperature ranges and frequencies.

The oscillator is also designed to be very reliable and long-lasting. It is equipped with a highly resistant metal alloy casing for greater durability. Furthermore, the device uses a specialized “low-noise” design, which reduces the amount of electrical interference caused by the oscillator to other signal sources. This ensures that the oscillator is low-maintenance and does not require frequent replacement.

Overall, the SIT1602BC-11-28S-26.000000D is an extremely dependable and precise oscillator, capable of withstanding even the most demanding situations. Its combination of quartz and SAW resonators, along with low-noise design, make it well-suited for use in timing-critical applications such as precision clocks, high frequency radio communication systems, and medical equipment.

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