MA-506 30.0000M-C0

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Crystals

Crystals are defined as solids that contain a regular arrangement of atoms, molecules, or ions. Crystals can be further divided into two large categories: ceramic crystals and monolithic crystals. Ceramic crystals are essentially two crystalline components joined together, most often at the atomic level. Monolithic crystals are referred to as intra-crystalline components, interconnected at the atomic level to form a single, continuous crystal.

The MA-506 30.0000M-C0 is a monolithic crystal oscillator that features an extremely precise frequency stability over the temperature range. This particular crystal oscillator is widely used in a variety of applications and is suitable for precision frequency references, data communications, and high-end video-graphics applications.

The MA-506 30.0000M-C0 crystal oscillator features a quartz tuning-fork resonance element and a metal-ceramic detail resonator. The quartz tuning-fork is used to generate a precise frequency reference, while the metal-ceramic detail resonator provides good frequency stability and temperature stability. The crystal oscillator is utilized for two-stage frequency multiplication and attenuation.

The quartz tuning-fork inside the MA-506 30.0000M-C0 crystal oscillator is powered by an electromagnetic field generated by an external voltage source. This field causes the quartz tuning-fork to vibrate at a fixed frequency, which is then converted into an AC signal. The metal-ceramic detail resonator then filters out unwanted signals, and provides a precise output frequency for use.

The frequency output of the MA-506 30.0000M-C0 crystal oscillator is extremely precise, making it ideal for applications that require precise frequency references and timing. The crystal oscillator can be used in a wide range of applications, including radio frequency (RF) transmitters and receivers, internal clock sources for digital devices, precision frequency sources for data communications, and high-end video-graphics applications.

The excellent frequency stability of the MA-506 30.0000M-C0 crystal oscillator over a wide temperature range is one of its major advantages. This frequency stability allows the crystal oscillator to accurately specify the switching frequencies of high-speed devices, and provides a reliable source of reference for data transmission and clock source applications, ensuring consistent performance over a wide temperature range.

The MA-506 30.0000M-C0 crystal oscillator offers low power consumption, low phase noise, and low jitter, making it ideal for applications that require both a high-precision and low-noise frequency reference. The device is also highly reliable and offers excellent temperature stability.

In conclusion, the MA-506 30.0000M-C0 crystal oscillator is an ideal solution for applications requiring precise frequency references, accurate timing, and low-noise performance. The device features an extremely precise frequency stability over a wide temperature range and benefits from low power consumption, low phase noise, and low jitter. The crystal oscillator can be widely applied in a variety of applications, including RF transmitters and receivers, internal clock sources for digital devices, precision frequency sources for data communications, and high-end video-graphics applications.

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