416F52013CLT Application Field and Working Principle

416F52013CLT is a quartz crystal and ceramic oscillator technology which has a wide range of possible applications. This technology is generally used in applications that involve synchronization and oscillating functions such as clock and timing circuits, waveform generating and telecommunication systems. The most common applications of 416F52013CLT include clock synchronization in mobile phones and other consumer electronics, waveform generation for video applications and sound equipment, telecommunication systems and telecommunications power systems.

The working principle of 416F52013CLT technology is based on the use of quartz crystal and ceramic oscillator combined with electrical, optical and mechanical parts and components. Quartz crystal is a natural crystalline solid which, when cut in the correct shape, vibrates in response to electrical signals when an alternating current is passed through it. The frequency of the oscillation is determined by the shape, dimension and type of quartz crystal used. Ceramic oscillators are called resonators, and they are used to modulate the frequency of the quartz crystal oscillator to the desired frequency.

The 416F52013CLT application uses the quartz crystal and ceramic oscillator technology to generate frequencies in the range of 10MHz to over 770MHz and can provide synchronizing precision of up to 8 parts per million. This makes it suitable for a wide range of applications such as communication, print, consumer products, military, aerospace and industrial applications. The technology is also capable of providing a number of different synchronizing solutions, including multi-frequency sources. Additionally, the 416F52013CLT can provide very low jitter, which is important for applications such as video and audio equipment.

The 416F52013CLT oscillator technology is suitable for a wide range of solutions, from simple to complex applications. It is also a reliable and cost-effective solution for applications that require fast and accurate frequency generation, synchronization and oscillating functions. In addition, the technology can be adapted to various applications, such as automotive, medical, financial and consumer products.