SIT1618BA-83-33E-30.000000T

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Oscillators

Oscillators are electronic circuits that have an output signal with or without periodic variations and are usually used for generating waveforms. They are widely used in consumer electronics, medical devices, military systems, and other applications.

SIT1618BA-83-33E-30.000000T Application Field & Working Principle

The SIT1618BA-83-33E-30.000000T package is a programmable oscillator designed for telecom and broadcast applications where high frequency accuracy and low jitter are desired. It features high-frequency stability and controlled jitter for use in wireline and wireless data transmission hardware. The oscillator frequency can be programmed for a wide range of purposes from broadcast transmission multiplexing and demultiplexing to mobile phone applications.

The SIT1618BA-83-33E-30.000000T uses a high-frequency multiplier that produces an output signal that is frequency stable and resistant to temperature variation, vibration, and other environmental influences. The oscillator has to be programmed to the desired frequency using an external reference signal, such as a precise crystal oscillator and an EEM control resistor on the oscillator package. The oscillator is then powered up and the internal divider and multiplier chains generate the required frequency. The output frequency is determined by the values of the Vco, EEM, and the reference signal.

The SIT1618BA-83-33E-30.000000T has a high standard of phase noise and jitter performance providing good signal integrity for Voice over Internet Protocol (VoIP), digital television (DTV), broadcast, and other digital telecom applications. Additionally, the oscillator has been RoHS compliant, which will support those customers who are looking to reduce their environmental lead-free compliance time.

In conclusion, the SIT1618BA-83-33E-30.000000T oscillator is a high-performance device that provides cost-effective, high frequency, and accurate oscillations that are stable across a wide range of temperatures. Its low jitter and humidity immunity characteristics make it perfect for use in consumer electronics, medical devices, military systems, and other applications.

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