CX3225SB19200H0FLJCC

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Crystals are a type of component that is widely used in many industries and application fields. The CX3225SB19200H0FLJCC is an example of a crystal that can be used in a range of applications and application fields. This crystal is a miniature, low-cost, low-power, temperature-compensated, frequency-stabilized component that is suitable for use in portable and handheld devices. In this article, we will discuss the application fields and working principle of the CX3225SB19200H0FLJCC.

The CX3225SB19200H0FLJCC is a miniature component that is suitable for use in a wide range of applications. This component is suitable for use in mobile phones, computers, and other portable electronic devices. It is also suitable for use in avionics, communications, automotive, and telecommunications applications. As the component is low cost, low power, and temperature-compensated, it is suitable for use in a range of low-power, cost-sensitive applications.

In addition to its portability and low-cost qualities, the CX3225SB19200H0FLJCC also has a number of characteristics that make it well-suited to its application fields. The component has a frequency stability of less than 2 ppm/°C, which is suitable for applications that require precise timing. Additionally, the component is frequency-stabilized, which makes it suitable for applications that require precise frequency regulation. Additionally, the component has a load capacitance of 6.3 to 15 pF, which can be tuned to suit a variety of different applications.

The working principle of the CX3225SB19200H0FLJCC is relatively simple. It is based on the utilization of the frequency-dependent capacitance of a quartz or ceramic resonator. The resonator is connected to two terminals, where its frequency is tuned by the capacitance. When a voltage is applied to the terminals, the resonator will produce a consistent frequency. This frequency can be adjusted with the addition of external components, such as capacitors and inductors.

The CX3225SB19200H0FLJCC is a miniature, low-cost, low-power, temperature-compensated, frequency-stabilized component that is suitable for use in a range of applications and application fields. It is suitable for use in mobile phones, computers, and other portable electronic devices, as well as avionics, communications, automotive, and telecommunications applications. Additionally, its frequency stability of less than 2 ppm/°C, frequency stabilization, and load capacitance of 6.3 to 15 pF, make it well-suited to the applications it is used in. Finally, the component is based on the utilization of the frequency-dependent capacitance of a quartz or ceramic resonator and produces a consistent frequency when a voltage is applied to its terminals.

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