SIT1602BC-72-18E-20.000000D

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An oscillator is an electronic device that produces a continuous, repetitive electrical signal waveform. SIT1602BC-72-18E-20.000000D is a type of oscillator specifically designed for precision timing and frequency. This oscillator is often used in timing and frequency control applications such as communications systems, instrumentation, radar, and telecommunications systems.

The SIT1602BC-72-18E-20.000000D operates on the principle of a tuned amplifier network using negative resistance elements. The component is made up of three sections: the amplifier, the frequency control circuit and the feedback loop. In the amplifier section, the input signal is amplified through active elements. Then this signal is used as reference signal to the frequency control circuit, where it is compared with the sinusoidal oscillator signal and error is calculated. The feedback loop consists of reactive elements connected to the amplifier and the frequency control circuit. This feedback loop is used to adjust the oscillator frequency and keep it on reference.

The SIT1602BC-72-18E-20.000000D is a versatile precision oscillator and is an ideal solution for applications where high stability, accuracy and low phase noise are needed. It is widely used in frequency synthesizers, VCOs, PLLs, PLOs, or to drive AM receivers. It can also be used as a signal source in various applications like phase-locked loops, frequency synthesizers, satellite radio systems, and as a frequency reference in signal receivers.

The SIT1602BC-72-18E-20.000000D offers high output frequency accuracy, low phase noise and excellent temperature stability. It is designed to withstand high temperatures and provide long-term stability. It also has a low current draw and requires minimal external circuitry.

Overall, the SIT1602BC-72-18E-20.000000D oscillator is a reliable and versatile device that is well-suited for precision timing and frequency control applications. It is easy to interface with other electronic components and offers high accuracy and stability. Furthermore, its low current draw and high temperature tolerance make it the perfect choice for various applications.

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