402F40012IKT

Crystals are a very broad field, a huge range of applications, and not surprising considering the amount of work they are capable of doing. The 402F40012IKT crystal family is a collection of low-cost crystals designed to meet the needs of a variety of applications. These versatile crystals provide wide operating temperature range and supply excellent electrical performance for a range of consumer, automotive, and industrial applications.

These 402F40012IKT crystals are available in a range of packages and offer a wide frequency range from 15.6 MHz to 54 MHz, making them well-suited for applications ranging from RF and communications systems to temperature and humidity monitoring, as well as in many other applications. These crystals are also designed with a low insertion loss, high reliability, and low power consumption.

The 402F40012IKT crystal family is based on a fundamental AT-Cut technology, and can be supplied in various packages including SMT, LCC, DIP, DIL, and chiparray. An excellent feature of this family of crystals is their low jitter, providing better noise performance and improved signal reception. The low jitter helps to reduce crosstalk and reduce power consumption. These crystals also provide very low heat dissipation.

The working principle of the 402F40012IKT crystals is based on the simple concept of resonance between two vibrating objects. A crystal is made up of a single crystal piezoelectric material, typically quartz, and is used for storing and emitting mechanical vibrational energy. When an AC current is applied to the crystal, it vibrates at the same oscillatory frequency of the current’s frequency. This provides an alternating electrical field, and when a signal flows through the crystal, the alternating frequencies cause an alternating electric field. This in turn causes the crystal to vibrate, and the crystal will emit an electrical signal at the same frequency as the current.

The 402F40012IKT crystal family is well suited for a wide range of applications, including radio frequency (RF) communications, automotive electronics and control systems, as well as industrial and commercial applications. With wide frequency range and low insertion loss, these crystals provide excellent electrical performance and low power consumption. Their low jitter and high reliability make them well suited for a variety of applications.