9C13200041

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Crystals have been used for centuries as conductors of energy and transmitting devices tuned to specific frequencies. In modern times, crystals can be found in numerous applications, including oscillators and frequency synthesizers. 9C13200041 is a type of crystal oscillator that uses piezoelectric factors as a stable frequency source. This article will discuss the primary application and working principle behind this component.

The 9C13200041 crystal oscillator is primarily used in digital systems such as SMPS, UHPS, RF and baseband systems. These types of systems require a reliable and stable frequency source, which is done by controlling the parameters of the system voltage, current, temperature and time. The component can also be used in GPS system and automotive applications as a stable frequency source.

The working principle behind the 9C13200041 crystal oscillator is based on the piezoelectric properties of a quartz crystal. A quartz crystal is composed of several molecules that vibrate when an electric field is applied. The quartz crystal is sealed in a housing containing two electrodes. When the crystal is energized by a voltage signal, it generates a mechanical vibration in response. This vibration is then used to generate a stable frequency signal, which is used as the system frequency source.

The 9C13200041 operates at an average motional capacitance of 130 pF and an equivalent series resistance of 200 ohms. It can handle temperatures ranging from -10 to 70 degrees Celsius and a supply voltage of 2 to 5.5 volts. The component also features a frequency range of 14 to 54MHz, allowing it to be used in various applications depending on the frequency requirement.

In conclusion, the 9C13200041 crystal oscillator is a reliable and temperature stable component used in various digital systems. It utilizes the piezoelectric properties of a quartz crystal to create a stable frequency source for the system. It operates at a wide range of temperatures and frequencies, depending on the application.

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