MA-505 11.0592M-H0:ROHS

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Introduction

Crystals play a significant role in the development and operation of electronic systems, especially in the clock signals, radio frequencies and electronic filters. MA-505 11.0592M-H0 is a type of ROHS crystal characterized by its high stability and miniature size, ideal for applications requiring small size, low power and electrical insulation. This article discusses the application field and working principle of MA-505 11.0592M-H0:ROHS crystal.

Application Field

MA-505 11.0592M-H0:ROHS crystal is mainly used in precision clocks, microprocessors and digital signal processors, oscillators and filters for communication devices, frequency synthesis for radio transmitters and receivers, temperature control systems, motion detectors and vibration sensing systems. The crystal can also be used in microelectromechanical systems (MEMS) and in other encased devices that require a small form factor, low power consumption, extremely accurate frequency and tight thermal and frequency stability.

Working Principle

The working principle of MA-505 11.0592M-H0:ROHS crystal is basically identical to that of standard AT-Cut crystal. The process of electrical excitation and frequency generation takes place when two piezoelectric plates, with one set oriented in a specific way, are placed on top of a small piece of quartz material. When the quartz crystal is excited by electric current, it starts to vibrate in its natural frequency. This frequency is determined by the thickness and shape of the quartz material. The vibration of the crystal is then converted into an electrical signal corresponding to that natural frequency. The signal can then be used in various applications.

Conclusion

The MA-505 11.0592M-H0:ROHS crystal is an excellent choice for applications that require low power consumption and small size, while still maintaining a high level of accuracy, stability and reliability. Its use increases the performance of communication devices, navigation systems and other electronic systems. It can be used in a wide range of applications, from timing clocks to digital signal processors and MEMS. Understanding the working principle of the crystal helps in understanding its application field and operation in various systems.

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