FA-238 30.0000MD30V-G

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Crystals are essential components in the design and manufacture of electronic systems, and their features and capabilities include frequency setting, frequency control, electrical isolation and signal transmission. They can be used in various applications, from broadcast and entertainment to telecommunication and navigation, for instance.

One of the most popular types of crystals is the FA-238 30.0000MD30V-G. It is a quartz resonator crystal manufactured by Foxonix Corporation and specifically designed for use in low power application systems. It is capable of delivering stable and precise performance over a wide range of temperatures and frequencies. The many advantages the FA-238 30.0000MD30V-G offers make it a great choice for applications such as clocks, frequency synthesizers and oscillators.

Applications: The FA-238 30.0000MD30V-G crystal is used in a variety of applications. Common applications include clocks and frequency synthesizers. It can also be used to provide precise timekeeping and accurate frequency control in systems such as GPS and navigation systems. This type of crystal is also used in telecommunications systems including GSM, CDMA and WCDMA, as well as in frequency hopping and spread-spectrum radio. Its stability and precision make it the perfect choice for radio frequency and telecommunications applications.

Working Principle: The operation of the FA-238 30.0000MD30V-G crystal is based on the physical property of quartz quartz. When an alternating current or electrical field is applied to a quartz crystal, it vibrates on its natural frequency with very low internal loss. At this frequency, the crystal exhibits a range of resonant frequencies that can be used to precisely control the oscillation frequency of an electrical circuit. The shape and size of the crystal determines the frequency at which it resonates, so the FA-238 30.0000MD30V-G crystal is precisely tuned to a frequency of 30.0000 MHz. Some common parameters of this type of crystal include high frequency stability and an overtone series of up to 7th order.

The resonant frequency of the crystal is controlled by the thickness of the quartz plates, the tempering of the quartz chips, the size of the encapsulation and the materials used in the encapsulation. Furthermore, the crystal is able to withstand high temperature and humidity as well as external shocks such as vibration and EMI.

When used with an oscillator circuit, the crystal will react to electrical signals and oscillate at the specified frequency. This oscillator circuit is the most important part of the system and consists of two amplifiers, a charging and draining capacitor, and a dampening resistor. The crystal acts as an open-loop resonator and alters the frequency to match the signal sent to it. This is how the oscillator circuit is able to maintain precise frequency control in the system.

In summary, the FA-238 30.0000MD30V-G crystal is a quartz resonator crystal specifically designed for use in low power applications. It is capable of maintaining precise frequency stability over a wide range of temperatures and frequencies, making it an ideal choice for clocks, frequency synthesizers, and oscillators. Its resonant frequency is determined by the crystalline structure and the tuning materials, and it is effective in radio frequency and telecommunications applications. The crystal is used in conjunction with an oscillator circuit which is responsible for maintaining precise frequency control over the system.

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