FA-365 30.0000MC-G0

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Crystals are a vital component found in a wide range of electronic applications because they can be used to create precise and stable oscillators. The FA-365 30.0000MC-G0 is a high-precision crystal oscillator that is designed for use in a variety of applications. This article will examine the application field and working principle of the FA-365 30.0000MC-G0.

The FA-365 30.0000MC-G0 is a miniature crystal manufactured using an AT-cut quartz crystal blank. This design ensures that the crystal provides a stable frequency and low jitter performance. It is typically used in applications such as frequency synthesis, precision timing and communication systems. This crystal oscillator is resistant to environmental conditions such as vibration, shock and temperature variations, making it suitable for use in a wide range of environmental conditions.

The FA-365 30.0000MC-G0 has a frequency of 30.0000MC-G0, which makes it well suited for use in frequency synthesis, timing and communication applications. The quartz crystal blank is made from high-purity quartz and processed with a tuned cut direction that increases the efficiency of the device. This allows the crystal to provide a stable frequency and low jitter performance. The crystal is built on a lead-free compliant PCB substrate, which further enhances its durability under environmental conditions. The FA-365 30.0000MC-G0 is RoHS compliant.

The FA-365 30.0000MC-G0 also has an operating temperature range of -20°C to +70°C. This makes it suitable for use in a wide range of temperature extremes. The device also incorporates comprehensive ESD and EMI protection. This ensures that the device is highly immune to interference from external sources. In addition, the crystal has a compact designed that is well suited for use in portable applications.

The FA-365 30.0000MC-G0 operates on the principle of a quartz crystal motional device. A quartz crystal is formed from two parallel plates of quartz crystal, which are attached to a metal plate. An alternating current is applied to the metal plate, which causes the quartz crystal plates to vibrate. The frequency of this vibration is determined by the size of the quartz plates and the thickness of the metal plate.

The FA-365 30.0000MC-G0 features a wide range of features and benefits, making it an ideal choice for many different applications. Its frequency stability, reliability and low jitter performance make it suitable for use in frequency synthesis, timing and communication systems. In addition, its durability and small size mean it can be used in a wide range of environmental conditions.

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