SIT2002BC-S3-33E-125.000000E

Oscillators

An oscillator is an electrical circuit or device that vibrates, producing an alternating current or voltage.

The SIT2002BC–S3–33E–125.000000E is a low power temperature compensated MEMS oscillator that is available in two different stabilities and temperatures. This oscillator provides a clock signal output with a frequency range of 125.000000 MHz, and is designed to operate in various consumer electronics, automotive, and industrial applications.

It is suitable for use in applications where low power consumption, small form factor, and high accuracy clock signals are required, such as in wireless communication systems. The oscillator also has a very low phase noise, enabling it to generate highly stable and accurate clock signals.

Application Field

The SIT2002BC–S3–33E–125.000000E oscillator is widely used in a variety of consumer electronics, automotive, and industrial applications, such as in the timing and synchronization of communication systems, digital signal processing, and other electronic systems.

This oscillator is also used in automotive applications, where it is used to provide clocking signals for ECUs, engine control systems, car navigation systems, and more. It is also used in industrial applications, such as in factory automation and control systems, audio systems, and more.

Working Principle

The SIT2002BC–S3–33E–125.000000E is a MEMS-based oscillator. MEMS stands for “Micro-Electro-Mechanical Systems”, and consists of an integrated circuit with a variety of micro-mechanical and electrical elements that work together to control the frequency and stability of the output clock signal.

The oscillator is comprised of an electrical circuit connected to a MEMS resonator. The resonator is a tiny mechanical structure that vibrates at a very precise frequency. The resonator is connected to an electronic circuit, which provides a constant voltage to drive the resonator, and generate the output clock signal.

The oscillator uses temperature compensation techniques to maintain its frequency accuracy even when operating in varying temperatures and other harsh environmental conditions. This makes it suitable for operation in automotive and industrial applications, where the temperature can vary significantly.