416F50023ISR

Crystals are part of an important class of semiconductor materials that have been used in almost every digital device since the invention of transistors.

The 416F50023ISR is a crystal resonator that is typically used when precise frequency stabilization is required. Its versatility and ease of use make it a common choice for a variety of applications.

This crystal resonator is a type of oscillator composed of two electrodes and a small piece of quartz crystal between them. An electric potential applied to the electrodes oscillates the crystal in a very precise frequency. This frequency can be used to clock a digital circuit, providing a precise timing reference. This makes the resonator ideal for a wide variety of applications, including radio communications, frequency synthesis, and measurement equipment.

The 416F50023ISR offers exceptional performance thanks to its huge range of working temperatures, excellent acceleration tolerance, and fast, linear frequency pull range. This makes it suitable for use in a wide variety of applications, including military, automotive, and industrial systems.

The 416F50023ISR is particularly well-suited for use in highly temperature-sensitive applications. It is able to maintain frequency stability even in extreme temperatures, making it a popular choice for space and military applications that require precise frequency control.

The 416F50023ISR is also often used in avionics communications and navigation systems due to its excellent acceleration tolerance and fast frequency pull range. This allows it to withstand aggressive vehicle maneuvers and still maintain a precise frequency output.

The 416F50023ISR is a versatile crystal resonator that can be used in a variety of applications. Its precise frequency stability, wide range of operating temperatures, and linear frequency pull range make it an ideal choice for situations that require precise frequency control and accuracy.