MA-506 11.0000M-C0 Crystals, Oscillators, Resonators

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Crystals have been used for a variety of applications for centuries, from watch springs to high-end electronics. A crystal is a solid material consisting of atoms, ions, or molecules arranged in an orderly, repeating pattern. Over the years, advancements in technology have enabled the development of crystals with a wide range of characteristics, such as high frequency stability, high electrical insulation, and low temperature tolerance. One example of a high-precision crystal is the MA-506 11.0000M-C0 crystal.

The MA-506 11.0000M-C0 crystal is a medium-frequency parallel resonator type crystal with a frequency of 11MHz. Its frequency stability over a wide temperature range and long period makes it ideal for applications such as telecommunications, radio communication, medical equipment, lighting control systems, and quartz watches. The crystal ispackaged in a thin, low cost ceramic hermetic package, providing superior mechanical strength, radiation protection, and vibration resistance.

The crystal utilizes several physical laws to produce highly stable frequencies. The crystal works by oscillating electrical signals between two points, forming an electrical circuit. This oscillation is based on the laws of electrostatics and electromagnetic field theory.

One way in which the crystal produces a stable frequency is by using the parallel-resonator design. This design consists of a crystal element sandwiched between two electrodes, which raises the Q factor and therefore the frequency stability. The crystal is also cut at the center with a unique angle, in order to obtain the maximum output frequency. This angle, known as the angle of incidence, is specific to the design of the crystal.

In addition, the crystal also uses the principle of mechanical vibration to produce energy which is then converted to an electrical signal. This vibrational energy is generated by the application of electrical current to the crystal. This current is then varied to fine-tune the frequency of the crystal, ensuring that it produces highly stable signals.

Finally, the crystal also utilizes the principle of electrical insulation to protect itself from interference from external sources. This ensures maximum accuracy and noise immunity for the system. This electrical insulation is achieved through the use of a protective coating applied to the crystal. This coating isolates the crystal from electromagnetic fields that may interfere with its operation.

The MA-506 11.0000M-C0 crystal is a high-precision crystal that is ideally suited for a wide variety of applications. Its frequency stability over a wide temperature range and long period makes it ideal for telecommunications, radio communication, medical equipment, lighting control systems, and quartz watches. Moreover, its unique angle of incidence and electrical insulation improve the accuracy and noise immunity of the system. The crystal is packaged in a hermetic package providing superior mechanical strength, radiation protection, and vibration resistance. Taken together, these features make the MA-506 11.0000M-C0 crystal an excellent choice for precision applications.

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