416F374X3CTR

The 416F374X3CTR is one of the most widely used crystals used in countless applications. This type of crystal is a member of the quartz-crystal family and is used to maintain frequency accuracy for the majority of types of electrical circuits. This crystal oscillates at a frequency determined by its shape and size, and can be used to transfer an electrical signal from one place to another.

Features

The 416F374X3CTR crystal features an ultra-stability of frequency, a frequency range of 3.2 to 32MHz, an impedance ratio max of 7.1, and a frequency stability of up to ±0.1ppm (parts per million). In addition, the crystal operates with a supply voltage of ±3V, a series resistance of 20kΩ, and a parallel capacitance of 50pF. The 416F374X3CTR crystal performs accurately and consistently making it highly desirable in oscillator applications.

Applications

The 416F374X3CTR crystal can be used in a number of applications where frequency accuracy is critical. Examples include, but are not limited to, clocks, microprocessors and cell phones. In these applications, the crystal’s ability to maintain an extremely accurate and consistent frequency is paramount. Additionally, 416F374X3CTR crystals are used in communication systems, aviation equipment, satellite navigational systems and high speed computing.

Working Principle

The 416F374X3CTR crystal works on the principle that when an electrical field is applied to it, the crystal will vibrate at a frequency determined by its shape and size. The quartz crystal creates a resonance in the middle of two metal plates and will maintain this resonance until the electrical field is removed. As the plates vibrate, the electrical signals oscillate between the two plates at a stable and accurate frequency. This is what causes the crystal to be so reliable and accurate in its frequency. This oscillation is then passed on through the electrical circuit and can be used to send a signal from one place to another.

Conclusion

The 416F374X3CTR crystal is an integral part of many of today’s electrical circuits, able to offer much needed frequency accuracy and stability in applications from clocks to communications systems. The principle on which the crystal operates is simple, yet the accuracy and reliability it is able to deliver is impressive, making 416F374X3CTR crystals extremely desirable in many circuit designs.