9C-64.000MAGJ-T

Crystals are objects found in nature that display a regular, three-dimensional pattern that is composed of atoms, ions, or molecules in a continuous and ordered arrangement. This type of structure makes crystals ideal for production of electronic components such as oscillators and resonators. The 9C-64.000MAGJ-T crystal is a common oscillator crystal that is used in a range of electronic applications for its stability and accuracy.

The 9C-64.000MAGJ-T crystal is an AT cut crystal designed for use in Telecom and Industrial Frequency Control Applications. The crystal has an operating temperature range of -20C to +70C and a frequency range of 64.0000MHz. The crystal has a frequency stability at +25C of 25ppm maximum and a frequency stability of 20 ppm over the rated temperature range. It has a maximum frequency tolerance of +/- 0.2ppm and can operate at a supply voltage of 10VDC to 24VDC.

The crystal is manufactured using a unique process that includes the use of ceramic packages with a metal lid to provide high precision products that feature excellent shock and vibration tolerance. The crystals are tested and qualified to the Automotive Electronics Council (AEC-Q200) stress test standard. This ensures that the crystal has an operating life of over 10 years, providing reliability and stability to electronic devices.

The 9C-64.000MAGJ-T crystal has a number of applications such as satellite communication, electronics clocks, mobile phone base stations, PC systems, and medical electronics. The crystal is designed to provide extremely accurate frequency control and is therefore ideal for use in RF systems, digital signal processing, and precision timing applications. The crystal is also reliable enough for use military applications where precision timing is critical.

The working principle of the crystal is based on the electromechanical property of a solid object called the piezoelectric effect. In a piezoelectric crystal, when an electrical voltage is applied to the crystal, it causes the crystal to oscillate at a specific frequency. This frequency is determined by the specific physical properties of the crystal. The frequency can then be regulated by changing the voltage that is being applied to the crystal.

The 9C-64.000MAGJ-T crystal is one of the most widely used crystals and is an excellent choice for many frequency control applications. The high precision and stability of the crystal make it ideal for use in both traditional and emerging technologies. The crystal’s reliability and long life make it suitable for use in a variety of environments, from automotive to military applications.