416F36013ILT

Crystals are a type of material named from the regular geometrical formation of its internal molecules. They are composed of ions and molecules whose atoms are arranged in a repeating pattern across the entire crystal. Crystals are used in a variety of applications due to their ability to maintain structural rigidity and carry an electrical charge or current. One of these applications is the 416F36013ILT, a type of oscillator crystal.

An oscillator crystal is a type of electronic device that creates a continuous repeating waveform. It is an essential component in many electronic circuits and devices, and is used in a variety of applications such as clocks, radios, and television sets. The 416F36013ILT oscillator crystal is a specific type of crystal that can be used for oscillator applications. It is capable of producing frequencies from 10 MHz to 52 MHz and operates through the use of the piezoelectric effect.

The piezoelectric effect is a type of physical phenomenon where an electric current is created in a material in response to an applied mechanical force. The 416F36013ILT crystal achieves this effect by inducing a voltage in the form of an oscillating wave in a certain frequency range when a mechanical force is applied to it. When this force is removed, the oscillations cease, which results in the finished frequency being produced. The 416F36013ILT’s frequency range is designed to be suitable for use in a variety of oscillator applications, making it a versatile and useful component.

The 416F36013ILT oscillator crystal can be used in many types of oscillator circuits, such as in transistor oscillators, digital oscillators, crystal oscillators and combination oscillators. In addition, it is commonly used in frequency counter and timer circuits as well as in radio receivers. Each of these circuits will typically use the crystal in different ways depending on their specific application, but each utilizes the oscillatory behavior of the 416F36013ILT.

The 416F36013ILT oscillator crystal is a valuable component with many applications. Its ability to produce frequencies from 10 MHz to 52 MHz under the influence of a mechanical force makes it one of the most versatile oscillator crystals available. As such, it is widely used in both commercial and consumer electronics applications.