CWX825-27.0M

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Oscillators which use a crystal or similar device in their time-keeping function are referred to as crystal oscillators. Analytically, crystal oscillators convert alternating current into direct current and vice versa. In order to generate an output signal, a quartz crystal oscillator needs a minimum of two electronic components: a quartz crystal and an electronic circuit. The quartz crystal acts as a resonating element and vibrates at a certain frequency, determined by the material and mass of the crystal and the shape of the vibrating structure.

CWX825-27.0M is an extremely robust crystal oscillator that can operate across a wide frequency range. It offers superior performance, high reliability and an exceptional output signal stability over temperature. It utilizes advanced temperature-compensated CMOS technology to achieve excellent frequency stability. It features incredibly low power consumption and low current requirements, making it ideal for applications where power consumption and reliability are key. The maximum current consumption of this oscillator is under 8mA, while the peak output power is 27 mW.

The CWX825-27.0M oscillator\'s working principle is based on the vibrating frequency of the quartz crystal. As mentioned previously, the quartz crystal acts as a resonating element, vibrating at a determined frequency depending on the shape of the vibrating structure. Electrical pulses are sent through the crystal which causes it to start vibrating at a certain predetermined frequency. This frequency is the same regardless of external influences, due to the inertia of the crystal lattice structure. These oscillations then become the output signal of the oscillator.

Due to its robust design, the CWX825-27.0M crystal oscillator is used in many applications such as automotive, medical and industrial applications. automotive applications require reliable signals that can be maintain stable despite changing temperatures and environmental conditions. The CWX825-27.0M oscillator is the perfect choice for these situations due to its high reliability and output signal stability over temperature. Additionally, its low power consumption makes it ideal for portable medical devices and industrial applications.

In summary, the CWX825-27.0M crystal oscillator is an excellent choice for applications where power consumption and reliability are key. Its robust design, advanced temperature-compensated CMOS technology and low current requirements make it well-suited for a variety of applications in the automotive, medical and industrial sectors. Its working principle is based on the vibrating frequency of the quartz crystal, which causes it to generate a precise and stable output signal regardless of external influences.

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