416F32013CST

Crystals

The 416F32013CST application field and working principle is an elemental component in many electronic and electro-optic applications with importance such as wireless communication and satellite navigation. Crystals are used as a frequency reference in these systems, and the 416F32013CST is among the most advanced of its kind.

The 416F32013CST is a so-called MEMS (Micro Electro-Mechanical System) oscillator, wherein a silicon wafer is patterned with tiny resonators to produce a stable frequency. This oscillator is based on a 3.2 mm QRCC (Quartz Resonator Crystal Controlled) package, featuring high frequency stability and accuracy.

Overall, the 416F32013CST has a frequency stability of +/-5PPM, allowing it to remain accurate over a wide range of consumer and industrial application, such as Wi-Fi, Bluetooth and GPS receivers, data acquisition systems and GPS applications. The 416F32013CST is highly reliable and stable, with excellent temperature compensation techniques. In addition, its rapid start-up time is ideal for high frequency applications.

The frequency produced by the 416F32013CST depends on the crystal resonators inside. These are made from a piezoelectric material such as quartz, which vibrates at a frequency when subjected to an alternating current of voltage. The resonators also have a high Q factor, meaning that the resonance frequency is well defined, with very little variation when subjected to variations in ambient conditions.

The 416F32013CST operates in the frequency range of 24MHz to 45MHz, making it the ideal choice for a wide range of consumer electronics applications. The crystal can be used to produce a stable reference signal, which can then be used to generate a clock signal used to control various functions in the circuit. As the 416F32013CST can be integrated into micro-circuits and formed as a part of a system, it is an important component to consider in the design of reliable and robust electronic systems.

In conclusion, the 416F32013CST has many advantages, making it a premier choice for those working in the field of electronic and electro-optic applications. With its high Q factor and low temperature coefficient, it offers reliable and accurate frequency references in a wide range of industrial and consumer applications.