403C35D20M00000

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Crystals

Crystals have been part of the human civilization since ages. They have been used for various purposes, ranging from ornamental purposes to practical applications in electronics. In recent years, crystals have gained wide usage in advanced electronic systems, including communication, computing and medical equipment. In this article, we will discuss the application fields and working principles of 403C35D20M00000, one of the most commonly used crystals in the industry.

403C35D20M00000 is a low frequency, low cost, low power crystal oscillator which is suitable for use in cellular phones, answering machines, and other low power electronics. It consists of an external crystal element and an internal oscillator circuit which is designed to ensure constant frequency stability over a wide range of supply voltage and temperature. The crystal is usually tuned to a frequency of about 10MHz, although a wide range of other frequencies can be selected, depending on the requirements of the application. The frequency stability depends on the type of crystal used, the resonance frequency of the crystal, the design of the oscillator circuit, and the quality of the components used in the oscillator.

The 403C35D20M00000 can be used in a wide range of application fields, such as:

• Cellular phones
• Answering machines
• Television sets
• Microwave ovens
• Automated measurement and control systems

Moreover, the crystal can be used in other low power electronics, including portable computers, portable radios, and audio equipment.

The working principle of 403C35D20M00000 is fairly simple. The external crystal element resonates at a chosen frequency when exposed to an alternating current signal. The oscillator circuit amplifies this signal to maintain a constant frequency at the oscillator’s output. The frequency of the signal is dependent on the electrical characteristics of the crystal and the design of the oscillator circuit. The frequency stability is also dependent on the quality of the components used in the oscillator circuit. The oscillator circuit is designed to reduce the effects of temperature and supply voltage on the frequency of the oscillator.

In summary, 403C35D20M00000 is a low frequency, low cost, and low power crystal oscillator which is used in various types of low power electronics. Its application fields include cellular phones, answering machines, television sets, microwave ovens, automated measurement and control systems, and other low power electronics. Its working principles involve the use of a crystal element which is tuned to a chosen frequency, and an oscillator circuit which amplifies and maintains a constant frequency at the output. The frequency stability depends on the electrical characteristics of the crystal and the design of the oscillator circuit, as well as the quality of components used in the oscillator circuitry.

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