8Z26000053

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Crystals are present in a wide range of applications across various industries. Many industrial and technological applications rely heavily on the unique properties of crystals. In this article, we will be exploring the application field and working principle of the 8Z26000053 crystal.

Crystals are used for different reasons, with some of the most common applications being time keeping, radio frequency management, computing, and telecommunication. This crystal, in particular, is used for frequency control and is developed specifically for use in near and ultra-wide bands, as opposed to narrow-band applications. This makes the 8Z26000053 crystal one of the most versatile on the market.

The crystal itself is made from a ceramic compound material which offers excellent stability in timing and provides excellent isolation from noise and other disturbances. The crystalline structure of ceramic compounds have been widely studied and is known for its ability to provide superior electromagnetic shielding. Additionally, the ceramic material used in the construction of the 8Z26000053 crystal helps reduce any mechanical resonance that may occur due to external vibrations, making it the ideal choice for applications requiring the most stable timing.

The 8Z26000053 crystal also comes with several other features, such as being hermetically sealed, a low frequency tuning range of 24 - 140MHz, and a high frequency range of 1 - 6GHz. Additionally, the crystal offers excellent frequency stability, up to ±7ppm In lower temperature applications, and a maximum frequency tolerance of ±20ppm over temperature range.

A typical 8Z26000053 crystal has a 3-pin lead that is connected to an external oscillator. The lead from the crystal connects with the connector and the inductor which is then used to adjust the frequency and voltage of the oscillator. An encoder is typically included in the design to allow for easy adjustment and fine tuning of the frequency.

The working principle of the 8Z26000053 crystal is that of piezoelectricity. This is a phenomenon which occurs when some materials, such as ceramic compound, are subjected to stress, it will create an electric charge, which is then detected and used to produce a desired frequency. The voltage, supplied by the external oscillator, is applied to the crystal, causing its lattice structure to vibrate at a specific frequency. This vibration then generates the desired frequency output.

Ceramic compound crystals such as the 8Z26000053 are used in a variety of applications across various industries, including telecommunications, computing, radio frequency management, and time keeping. They are known for their excellent frequency stability and superior electromagnetic shielding, and they offer a wide tuning range, which makes them suitable for use in near and ultra-wide bands.

The 8Z26000053 crystal is an invaluable tool for those looking for a reliable and stable timekeeping solution for their applications. Its excellent features, such as the ceramic resonator material, superior electromagnetic shielding, and excellent frequency stability make it a great choice for any application.

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