MA-506 32.5140M-C0:ROHS

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Crystals are one of the most important components in many electrical and electronic devices, with the MA-506 32.5140M-C0: ROHS as a unique specimen among them. When it comes to the application field as well as working principle of the MA-506 32.5140M-C0: ROHS, it is essential to consider its specific characteristics, especially in terms of frequency and durability.

This popular device is widely appreciated due to its high vibration stability. It has a high amount of stability coefficient which makes it suitable for applications needing high accuracy; this is especially useful for measuring equipments such as baro-meters, spectro-meters, spectroscopes, etc. It is noted that the ideal temperature coefficient is between -30 and +30 for maximum vibration resistance.

With regards to its application field, the MA-506 32.5140M-C0: ROHS is designed for high precision data communication equipments, frequency standard devices, and satellite navigation. These are all practical applications in today’s modern world, and using the MA-506 32.5140M-C0: ROHS ensures a high precision timing and frequency control, which is an integral part of satellite navigation and data communication.

In terms of durability, the crystal boasts of an especially durable and reliable design. It is considered highly reliable for a sustained and extreme temperature range of -55 to +125 degree Celsius. It can also withstand a wide range of voltage, from 3.2 to 5.5V, making it suitable for different kinds of circuits and their respective applications.

The working principle of the MA-506 32.5140M-C0: ROHS is relatively simple yet efficient. It works on the principle of vibrational frequency, by making use of the piezoelectric effect. The piezoelectricity is generated when two or more quartz crystal plates are bonded together, with an electric field between them. This electric field works as an oscillator which vibrates according to the frequency of the electric field.

The frequency of the MA-506 32.5140M-C0: ROHS crystal oscillator is determined by the thickness and size of the quartz crystal plates. Generally larger sizes yield a more stable frequency output. Also, for getting high output stability, the crystal is usually manufactured in cut plates, ellipsoidal plates, thin webs and wafers.

In conclusion, crystals are vital components in many electronics and electrical devices, and the MA-506 32.5140M-C0: ROHS crystal is a fine specimen of this type. It is specially designed for high accuracy, high vibration stability and extreme temperature range. Additionally, its working principle is relatively simple yet efficient, and its wide range of applications make it a popular and often used device today.

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