9C-11.0592MBBK-T Crystals, Oscillators, Resonators

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Crystals refer to substances that are made of regular, three-dimensional arrangements of atoms, ions or molecules. 9C-11.0592MBBK-T is a type of crystal with numerous applications, from instruments and sensors to communication networks. To understand its working principle, it is important to first understand its basic components, structure, and other key characteristics.

The 9C-11.0592MBBK-T comprises of a basic crystal element that has been manufactured as a single quartz alloy, resonator. It projects fixed frequencies in a range of uHz to kHz with ease, with a frequency stability of up to ±0.25% over 0°C to 70°C temperatures. It has a load capacitance of 11.0592pF, maximum drive level of 500uW, series resonance frequency of 11.0592MHz, parallel resonance frequency of 4MHz, capacitance range of 3.2pF-7.5pF and a temperature stability of ±3.0 × 10⁻⁶/°C.

The working principle of the 9C-11.0592MBBK-T is based on a piezoelectronic effect, where the crystals can produce a certain amount of energy by deforming in response to an electric field, and vice versa. When the 9C-11.0592MBBK-T crystal is connected to an external energy source such as a battery, the electrical current passing through the crystal deform the crystal lattice, causing it to vibrate at a certain frequency. As far as the output is concerned, 9C-11.0592MBBK-T crystals can output a fixed frequency of up to 11.0592MHz that is used to control the frequency of a variety of systems.

The 9C-11.0592MBBK-T crystal is widely used in circuits and systems as a frequency-determining element that is capable of maintaining an extremely low frequency. It is used in almost all types of electrical and electronic applications including radios, remote control systems, communication networks, automotive warning systems, data-processing control systems and frequency controls. It is also used in many consumer electronic gadgets such as phones, toys, and computers.

The 9C-11.0592MBBK-T crystal is cost-effective and reliable, making it one of the most popular crystals used today. It is important to note that the 9C-11.0592MBBK-T crystal is susceptible to temperature changes, so it must be operated properly to ensure it works correctly.

In conclusion, 9C-11.0592MBBK-T crystals are widely used for various electronic applications as a frequency-determining element. Its basic components, structure, and characteristics are important to understand its working principle, which is based on a piezoelectric effect. Its ability to output a fixed frequency and operate within specified temperatures make it a cost-effective and reliable crystal.

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