416F26011CAT

Crystals have been used in electronics since the early days of the industry. They are normally used to regulate the circuit frequencies required for computer and radio applications. Crystals have a wide range of applications, with the most commonly used being for the timekeeping of clocks and watches. One example of a crystal is the 416F26011CAT, which is used in the control of high-frequency electrical signals for a variety of applications.

The 416F26011CAT crystal is made from a high grade of quartz crystal that is doped with titanium dioxide (TiO2) to provide increased frequency stability and a larger frequency range than other quartz oscillators. The crystal is encased in special epoxy and sealed with a specialized sealing compound that ensures a long operational life and a large stable frequency range. The crystal\'s frequency range is between 2.005 and 2.81 MHz, with a high frequency accuracy rate of ±.005%.

The 416F26011CAT crystal can be a great choice for applications that require a high frequency and a stable frequency. It is great for high frequency radio and wireless telecoms, as well as for the control of electrical signals and higher frequency voltage-controlled oscillators. It is also well-suited for timekeeping, power supplies, and motor speed and direction control.

The 416F26011CAT crystal works by converting electrical signals into an oscillating frequency, with the frequency determined by the size and shape as well as the electrical charge of the crystal. The crystal acts as a transducer, where electrical energy is converted into mechanical energy. This is then converted back into an electrical signal that is at the same frequency, thus allowing for the regulated motion of the crystal.

The 416F26011CAT crystal is the most popular choice for applications that need a reliable and precise frequency source, as it provides a stable frequency with a wide frequency range. The accuracy and stability of the signal allows for the reliable and accurate control of electrical signals and motors. The epoxy and sealing compound ensure that the crystal remains protected against environmental wear and tear, as well as providing a long operational life.