416F36013CTR

Crystallography is the science of studying the physical and chemical properties of crystalline materials. It encompasses a broad range of ideas related to the structure and properties of solids, including the physical and chemical properties of crystal lattices, defects in crystals, and the dynamics of crystalline materials. Crystallography also includes the study of polymorphism, which is the ability of a material to form and maintain different crystal structures with the same chemical composition.

The 416F36013CTR is a type of silicon crystal oscillator that is used for timing applications such as watch crystals, radio frequency crystals, and quartz clocks and watches. This type of crystal oscillator is fabricated with a two-strap tuning fork design that takes advantage of the high-Q factor of the quartz crystal. This crystal oscillator is designed to be small and lightweight, yet features impressive stability and frequency control.

The 416F36013CTR is a reliable and cost effective choice for high-precision timing applications. Its working principle is based on the stored electrical energy of quartz. Quartz crystal, when an alternating current is applied, the crystal becomes charged and stores energy. When the current stops, the crystal releases the stored energy as a mechanical vibration, which is known as the oscillator. The frequency at which the crystal vibrates corresponds to the fundamental frequency of the resonator.

The 416F36013CTR application field includes a range of industrial, commercial, automotive, and medical control, electrical and electronic engineering, aerospace, and telecommunication applications. The oscillator is suitable for use in computer and communication equipment, audio equipment, and automotive electronics, where its excellent oscillation frequency stability makes it ideal for timing applications. Its other features such as its small size and light weight, low-cost, and low noise make it an attractive option for manufacturers.

The 416F36013CTR is a reliable and cost-effective choice for a wide range of timing applications. With its high Q factor and excellent frequency stability, this crystal is an ideal choice for applications such as watches, clocks, and radio frequency crystals. Its wide range of application fields and its small size, light weight, low cost, and low noise make it an attractive choice for manufacturers. Because of its impressive performance and reliability, the 416F36013CTR is one of the most widely used and recommended quartz oscillators in the electronic market.