416F370XXAKR

Crystals have been used in technology since the 1800s, but recent developments in the field have drastically improved their capabilities and accuracy. One of the latest achievements in the field is the 416F370XXAKR crystal, which has become increasingly popular due to its high performance and many applications.

The 416F370XXAKR crystal is an advanced quartz crystal oscillator with a frequency stability of ±2.5ppm over the full temperature range. This makes it perfect for applications that require accurate timing, such as communication systems, GPS navigation, and instrumentation systems. The 416F370XXAKR also has a wide oscillation frequency range from 10-35MHz, making it suitable for a large number of applications.

The 416F370XXAKR crystal is relatively easy to use, making it popular among engineers and hobbyists alike. The crystal is housed in a metal package and can feature either an inline or surface mount, depending on the application needs. It also has a low frequency output suitable for use with TTL and CMOS logic families and features a frequency selection switch to adjust the output frequency.

The working principle behind the 416F370XXAKR crystal is the piezoelectric effect. This effect occurs when a material, such as quartz, is subjected to an electric field or pressure. The resulting mechanical deformation of the quartz crystal creates a voltage across its electrodes, which is then converted into an oscillating electrical signal. The frequency at which the crystal oscillates can be accurately controlled by changing the design of the crystal or the applied electric field.

The 416F370XXAKR crystal is designed to be an effective and reliable timing source for a variety of applications. Its wide oscillation frequency range, low frequency output, and frequency selection switch make it an ideal choice for both commercial and hobbyist projects. It also has a high accuracy of ±2.5ppm over the full temperature range, making it perfect for reliable communication systems, GPS navigation, and instrumentation systems.