SIT1602BI-12-XXN-33.333300E

Oscillators have an array of applications in industry and technology, ranging from sound synthesis to medical imaging. SIT1602BI-12-XXN-33.333300E is an oscillator that has a specific application field and working principle.

First of all, this oscillator\'s principal field of application is data communications in wired systems, such as Local Area Network (LAN). It is especially used in Ethernet systems that have extremely high requirements on data transfer rates. The oscillator is designed for data transmission that requires extremely low frequency jitter.

The oscillator features an excellent combination of frequency stability and low phase noise. Its frequency stability is ±20ppm, while its phase noise is -141dBc/Hz at 100kHz offset, and -157dBc/Hz at 1000kHz offset. The characteristic helps make it suitable for spread spectrum clocks or clocking applications that require ultra-low jitter.

In terms of working principles, this oscillator is based on the pendulum effect. It works by manipulating the transferred energy between two pendulums suspended in an oscillating field. This particular type of oscillator is characterized by its relatively low power consumption and power dissipation.

Aside from data communication systems, this oscillator is also suitable for clocking systems that have a wide range of frequencies and power supply requirements. Its broad range of operation exists between 14.31818MHz to 722.88MHz. This frequency range makes the oscillator suitable for use in a variety of clocking applications, such as video processing, clock-checkers, and ASICs.

In addition, the oscillator has the capability to withstand a wide range of power supply conditions. It can work in a power supply range between 2.7V to 3.3V, with the additional option of 1.8V or 2.5V. This makes it ideal for applications with low power supply or voltage constraints.

The SIT1602BI-12-XXN-33.333300E is designed to meet the needs of different applications. Its great combination of frequency stability, low phase noise, broad range of operation, and wide power supply conditions make it a highly valuable oscillator in data communication and clocking systems.