SIT1618BEA12-33E-16.000000G

Oscillators are electronic circuits that use specialized components to create a repeating waveform. Oscillators are used in a wide array of applications, including for radio frequency signals, sound synthesis, audio mixing, and clock synchronization. In terms of usage, oscillators are divided into two main categories: autonomous and driven. Autonomous oscillators are self-contained systems that generate a signal, whereas driven oscillators use an external signal to produce a waveform. SIT1618BEA12-33E-16.000000G is a type of oscillator used for clock synchronization.

The SIT1618BEA12-33E-16.000000G oscillator is ideal for applications that require precise clock timing accuracy and jitter. This oscillator features an extremely low phase noise of -115dBc/Hz, making it perfect for precision timing applications such as radar systems, data communications, smart meters, and automated sensing technologies. This oscillator operates at a frequency of 16.000000GHz, and is highly resistant to temperature fluctuations, vibration, and shock. Additionally, this oscillator is available in various output formats, such as 1.8V/2.5V/3.3V LVCMOS, LVPECL, and CML.

The working principle of the SIT1618BEA12-33E-16.000000G oscillator is based on a traditional crystal oscillator. This oscillator uses a quartz crystal to produce a precise frequency signal, which is then accurately maintained using a feedback loop. The quartz crystal resonates at a specific frequency when an external electrical signal is applied, producing vibration at that frequency. The frequency of the vibration can be easily regulated by controlling the external electrical signal. This is the basis of operation of a crystal oscillator, and is the same principle behind most oscillators.

The SIT1618BEA12-33E-16.000000G oscillator is specifically designed to provide precise clock timing accuracy with minimal phase noise and jitter. It features a low phase noise of -115dBc/Hz, and is highly resistant to temperature fluctuation, vibration, and shock. The oscillator operates at a frequency of 16.000000GHz, and is available in various output formats. This oscillator is commonly used in precision timing applications such as radar systems, data communications, smart meters, and automated sensing technologies.