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Oscillators

SIT1602BI-71-18N-60.000000D is considered as one of the most versatile oscillators available on the market. It is a crystal oscillator that is specifically designed for applications requiring precision timing source. It is commonly used in GPS systems, cellular phones, RF transceivers, radars, and other mobile communication systems.

Application Field

SIT1602BI-71-18N-60.000000D offers countless application possibilities because of their extremely low phase noise and stable frequency output. It comprises a high quality tuning fork crystal and offers excellent path for obtaining accurate frequency of the oscillator. It can be used in various systems, such as wireless LAN systems, WiMax systems, Bluetooth systems, cellular phones, navigational systems, and satellite communication. It is also suitable for processing signals within digital receivers.

Working Principle

SIT1602BI-71-18N-60.000000D works by converting external electrical energy into electromagnetic radiation, which works in the same way as a telecom transmission line does. It does so by using a harmonic oscillator mechanism, which utilizes a displacement feedback control system and a crystal resonator. The crystal resonator acts like a filter to output a pure sine wave signal at a specific frequency. This is an important feature for communications devices, which need to maintain appropriate phase accuracy and decline noise level.

Furthermore, this oscillator also provides an internal output driver, which converts the sine wave output from the oscillator into a precision CMOS signal. This output can be used for providing high accuracy in applications like radio transceivers and CDMA. This output has a low phase noise level and is capable of providing precise small signals.

Conclusion

SIT1602BI-71-18N-60.000000D oscillators provide excellent performance in various communication systems. It operates with maximum frequency accuracy and low noise, which includes excellent phase noise performance. Hence, it makes a perfect choice for applications wherein frequency servo performance is critical.

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