XL-1C-012.0M Crystals, Oscillators, Resonators

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Crystals

Crystals are one of the key materials used in electronics and technology today. In particular, the XL-1C-012.0M crystal is a type of quartz crystal toy that is highly popular in many applications including clocks, watches, and communication devices. This article will provide an overview of the features, the application field, and the working principle of the XL-1C-012.0M crystal.

Features

The most important feature of the XL-1C-012.0M crystal is its micro-miniature size. It measures just 6.0mm in diameter and is ideal as a miniature oscillator in clocks, watches and remote control receivers. Other features include its good temperature stability, low ESR, high Qmin and exceptional accuracy. The crystal also offers an excellent frequency aging rate and is free of curve-fitting over its entire temperature range.

Application Field

The XL-1C-012.0M crystal is mainly used in clocks and watches, portable communication devices, miniature Wi-Fi and GPS modules, smart meters and medical instruments. It is also used in computer gaming consoles, laptop computers, and cell phones. Its miniature size and good frequency stability make it a suitable component for small-scale systems.

Working Principle

The XL-1C-012.0M crystal works on the principle of piezoelectricity. When an alternating current passes through the quartz resonance box of the crystal, it produces a mechanical vibration or frequency. This frequency can be used to measure time and keep track of time. The frequency of the crystal is also used to control the frequency of the components in a circuit. By varying the frequency of the crystal, it is possible to control the frequency of digital systems and to control the speed of digital components in the system.

The vibration of the crystal also generates a small electric output which helps to generate signals or pulses. This process is known as frequency division, and is used to create the data sent and received by electronic components in a network. The frequency division process enables the clock\'s quartz crystal oscillator to produce one pulse each second.

To keep a consistent frequency, the oscillator is set to a specific frequency when it is manufactured. As temperature changes, the frequency of the oscillator changes with it, but not to the same degree as most other components. This allows the oscillator to keep a stable frequency and make sure that the circuit is working at the desired frequency.

This is why the XL-1C-012.0M crystal is so popular in many electronic applications. Its ability to produce a reliable and consistent frequency makes it an ideal component for a wide range of applications.

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