416F25013CTT

416F25013CTT Application Field and Working Principle

The 416F25013CTT is a quartz crystal clock oscillator, commonly used in various electronic circuits, designed to act as a timing or frequency reference. It is widely used in MHz frequency clock generator applications in many different areas, from automotive electronics to computer and telecommunications applications.

Quartz crystal clock oscillators are essentially high-precision oscillators which generate a stable, accurate frequency for electronics applications. They are composed of a quartz crystal, usually in the form of a thin plate, which vibrates when an electric voltage is applied to it. This vibration is then amplified and used as a reference frequency.

Due to the high accuracy and stability of the quartz crystal clock oscillator, they are ideal as time and frequency reference sources, as they are not influenced by environmental parameters and have a low phase noise and jitter.

The 416F25013CTT is an ideal choice for many applications where stability and accuracy are of utmost importance. Due to its small size, low power consumption and high accuracy, it is perfect for provides time and frequency reference for many systems. Additionally, its low EMI characteristics make it suitable for automotive applications and many other more sensitive environments.

The 416F25013CTT crystal oscillator is composed of four main components: quartz crystal, amplifier, frequency divider, and voltage control oscillator. The quartz crystal is the heart of the system and takes the incoming frequency to generate a stable, accurate clock reference. The amplifier amplifies the signal from the quartz crystal and increases its amplitude. The frequency divider then divides the input frequency which is compared to the desired output frequency by a voltage control oscillator which makes the necessary adjustments to maintain its accuracy.

In its simplest form, the 416F25013CTT Quartz crystal clock oscillator works by taking the input frequency and dividing it down to the desired output frequency. The output frequency is then fed through a voltage control oscillator which is used to adjust the frequency to maintain accuracy and stability.

The 416F25013CTT is suitable for many applications in automotive electronics, computer and telecommunications, and other applications requiring precise time and frequency references. It is an ideal choice for many electronic circuits, as it is reliable, accurate, and requires low power consumption.