CMX309FBC5.000MTR Crystals, Oscillators, Resonators

Oscillators

Oscillators are electronic components that can generate electrical signals of predetermined frequency and type. The CMX309FBC5.000MTR is an example of an oscillator with a specific application field and working principle.

Application Field

The CMX309FBC5.000MTR has a wide application field. It is designed to support products that require accurate frequency control in digital telecommunications, computer navigation systems, and multimedia applications. It is capable of producing a precise frequency signal and can be used for any frequency ranging from 45 kHz to 90 MHz. This oscillator has a wide operating temperature ranging from -40° C to +105° C, making it suitable for industrial applications and conditions involving temperature extremes. It can also withstand shocks and vibrations which makes it suitable for extreme environments.

Working Principle

The CMX309FBC5.000MTR works much like an atomic clock. It uses a quartz crystal vibrating at its resonant frequency to produce an oscillating signal. When an electric charge is applied to the quartz, its activity is increased and it begins to vibrate rapidly. This vibration is then transferred to the oscillator circuit, where it produces an electrical signal of specific frequency. This signal is then passed along the circuit, where it is filtered and amplified as needed.

The oscillator uses an oscillating circuit to accurately control its frequency without the need for mechanical adjustments. This allows it to maintain strict accuracy in frequency over an extended period of time. Additionally, the quartz crystal used in its construction also contributes to its accuracy as it does not drift with environmental changes such as temperature or humidity.

The CMX309FBC5.000MTR is a precision oscillator with high accuracy and reliability. Its wide temperature range and superior shock and vibration resistance make it suitable for a wide range of industrial applications. It is well-suited for use in digital telecommunication systems, computer navigation systems, and multimedia applications.