MA-306 25.0000M-G3:ROHS

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Crystals are essential building blocks for a variety of electronic equipment. MA-306 25.0000M-G3:ROHS is one of the commonly used crystal oscillators with a frequency of 25 MHz. It is especially designed for modern digital radio communication, wired telecommunication and digital cellular network application. The application fields of MA-306 25.0000M-G3: ROHS crystals comprise mobile telecommunication, aerospace, precision instrumentation and defense systems.

MA-306 25.0000M-G3: ROHS crystals are constructed with an AT-cut quartz crystal mounted onto a plated steel housing along with two lead terminations. This crystal oscillator uses an AT-cut, in which the quartz cut is a small angle slanted from the vertical plane, to enhance its frequency tuning ability. The AT-cut also provides excellent temperature stability, high Q-factor and good frequency accuracy for the crystal. The MA-306 25.0000M-G3: ROHS crystal is also protected with a compliant RoHS shield for additional shielding against radiation interference.

As for the working principle of MA-306 25.0000M-G3: ROHS crystal, it is based on the inverse piezoelectric effect. When a high frequency electrical signal is applied to the crystal, it will cause the crystal to vibrate at a specific frequency and generate a signal at the same frequency. The electrical signal applied is known as the oscillator signal while the signal generated is known as the oscillator output. This signal can be used to accurately measure the frequency of the oscillator and it is also used to control the frequency of oscillators used in digital radios and telecommunication systems.

The excellent features of MA-306 25.0000M-G3: ROHS crystals make it ideal for modern digital radio communication and telecommunication applications. It is designed to provide a stable frequency and excellent frequency accuracy. The RoHS shield also provides additional protection against radiation interference. The crystals are also resistant to humidity, moisture and vibrations. Furthermore, these crystals are available in various shapes, sizes and frequencies, making them suitable for a wide range of applications.

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