CX2016DB19200H0FLJC2

Crystals play an important role in many industries. They are often used as energy converters, frequency sources, and other fundamental components of many electrical and mechanical systems. The CX2016DB19200H0FLJC2 is a crystal that can be used in a range of applications. This article will discuss the application fields and working principles of the CX2016DB19200H0FLJC2 crystal.

Applications
The CX2016DB19200H0FLJC2 crystal is often used in communication, timing, and automotive applications. In communications, this crystal can be used to provide accurate and stable frequencies for radio receivers and transmitters. It can be used as a frequency reference for stability and accuracy in communication systems. The crystal can also be used to generate the local oscillators used in radio receivers or transmitters.

In timing applications, the CX2016DB19200H0FLJC2 crystal can be used to generate clocks with precise accuracy and stability. These clocks can be used in clocks, watches, and other timekeeping devices. The crystal also has industrial applications as it can provide accurate and stable frequency sources for industrial sensors and control systems.

In automotive applications, the crystal can be used to generate time signals for fuel injection, ignition, and other engine control systems. It can also be used in anti-theft security systems, providing a reliable frequency source for immobilizers and other devices. Its frequency stability ensures that the signals are always accurate.

Working Principle
The CX2016DB19200H0FLJC2 crystal works by oscillating at a fixed frequency when it is supplied with an appropriate electrical signal. This frequency is determined by the size of the crystal and by the thickness of the layers that make up the crystal. The frequency is usually determined by coating or etching the crystal to a given size.

When the crystal is supplied with an electrical signal it vibrates at its normal frequency. The amplitude of the vibration is dependent on the strength of the signal. This vibration is then used to generate a timing signal with a frequency that is accurate to within a few parts per million. This high accuracy makes it ideal for use in communications, timing, and automotive applications.

The CX2016DB19200H0FLJC2 crystal is a popular choice for many applications. Its accuracy and stability make it an ideal component for use in communication, timing, and automotive applications. Its frequency can be accurately and reliably determined, providing a dependable source of frequency for many systems.