416F26011ALT

Crystals, such as 416F26011ALT, offer a wide array of applications and working principles in the current technology market. When accurately selected, crystals are essential components in the operation of electronic devices, such as microprocessors, radio transmitters and receivers, radar systems and digital logic circuits. Their primary function is to generate a precise, consistent frequency of oscillation. As a result, they are used in a variety of applications to accomplish specific tasks.

The 416F26011ALT is a quartz crystal with a Frequency of 26.000Mhz and an Equivalent Series Resistance (ESR) of 40ohm. This crystal is manufactured from a unique combination of metals and each component has been carefully chosen to achieve the desired frequency and manufacturing tolerances. While the properties of this crystal make it suitable for a variety of applications, its main focus is motor control. The crystal\'s low ESR, together with a low load capacitance (Cload) allows for improved accuracy when measuring motor RPM faster than most of its counterparts.

The 416F26011ALT is a low-noise crystal used in applications requiring low vibration levels. Its low vibration capability makes it ideal for applications such as radios, drones and surveying. This crystal is also used in radio frequency (RF) transmitters, where it will ensure a steady, reliable frequency transmission with minimal interference. Additionally, its low stiction characteristics make it perfect for gyroscope applications such as attitude control and navigation.

The 416F26011ALT works on the principle of piezoelectricity. Piezoelectricity is the generation of electrical charge in a material due to physical stress such as pressure, temperature or vibration. The 416F26011ALT is manufactured from a combination of crystalline materials, such as quartz and liobium, which are capable of producing an electric charge in response to an applied mechanical stress. This crystal is designed to vibrate at a frequency of 26.000Mhz, and the vibration of the crystal is what produces the electric charge.

At high voltages, the frequency of the crystal\'s vibration can be manipulated by applying small electric fields. This property is known as the \'frequency tuning\' effect and is widely used in modern radio frequency systems. Additionally, the 416F26011ALT has good motional scalability, meaning it is able to produce precise frequency signals with a wide range of mechanical excitation levels. This is particularly useful in applications where other components, such as transistors, are subject to variation.

Overall, the 416F26011ALT is a piezoelectric crystal used in motor control, radio transmitters and receivers, navigation, and attitude control applications. Its unique combination of metals and low ESR, together with other physical techniques, makes it a reliable, precise component for various applications.