XLP736C16.000000X

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One of the types of oscillators used in electronic circuits is the XLP736C16.000000X. This type of oscillator has several key features and applications that are important to understand in order to use it effectively. This article will provide an overview of the XLP736C16.000000X oscillator, its applications, and its working principle.

The XLP736C16.000000X oscillator is an oscillator with a low power consumption and exceptional stability. It has a high frequency stability of ± 10 ppm and a very low consumption current of 3.6 mA. It operates over a wide temperature range of -40 to 85°C and can be operated in a wide variety of environments without any degradation of performance. The oscillator is also CE marked, and can be used in automotive systems.

The primary application of the XLP736C16.000000X oscillator is in automotive systems. The stability and low current consumption makes it ideal for automotive applications where constant frequency and accuracy are required, such as in engine control systems. Additionally, the oscillator can be used in systems where compact size or low power requirements are important, such as watches, automotive accessories, and portable industrial equipment.

In terms of working principle, the XLP736C16.000000X oscillator uses an electrostatic-mechanical resonance in order to oscillate. The oscillator is made up of a quartz crystal and two electrodes. It works by the quartz crystal vibrating at a predetermined frequency when a voltage is applied to the electrodes. This then drives the oscillator to oscillate at the same frequency.

In summary, the XLP736C16.000000X oscillator is an oscillator with excellent stability, a low power consumption, and a wide temperature range. It is primarily used in automotive systems, but can also be used for other applications with its high stability and low power requirements. The oscillator works by using electro-mechanical resonance in order to oscillate at a predetermined frequency, making it an ideal choice for automotive applications.

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