416F24012AAT

Crystals are solid materials composed of atoms and molecules, typically arranged in a highly ordered, repeating three-dimensional lattice. Crystals are found in an array of shapes and sizes, and can be used as components in electronic applications. One example of such crystals is the 416F24012AAT, a small size crystal resonator with a diameter of only 0.84mm.

The 416F24012AAT is an UHC-Cut crystal oscillator, meaning it is an ultra-high frequency resonator. It is an ideal choice for applications requiring frequencies up to 25MHz, and can be used for precision timing and frequency stabilization in electronic systems such as portable electronic devices, wireless communications equipment, automotive sensors, security systems and instrumentation. The 416F24012AAT has several advantages over other crystal oscillators, including low cost, compact size, and low power consumption.

The 416F24012AAT is a quartz crystal resonator. Inside the device, the crystal consists of two separated electrodes (called the X- and Y-axis). These electrodes are connected together through two piezoelectric elements, which vibrate when an alternating electrical current is applied to them. A certain frequency of this vibration is used to provide the precision timing and frequency stability required for these electronic applications.

The 416F24012AAT is a low-cost, low-power-consumption option for providing precision timing and frequency stability in a wide range of applications. It is a highly reliable, cost-effective, and efficient crystal oscillator with a reliable frequency stability and low power consumption.