9C-19.200MAAE-T

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Crystals are the most important type of passive components in electronic circuit design, used to maintain a precise electrical frequency. High-frequency circuits depend upon an accurate clock signal and low-power consumption. The 9C-19.200MAAE-T crystal is an example of an efficient and high performing oscillator whose application field and working principle will be discussed in this article.

The primary application field for the 9C-19.200MAAE-T crystal is in radio-frequency (RF) circuits such as in WLAN, TD−SCDMA, GSM, and WI−FI circuits. This crystal has a high frequency stability and thus is suitable for applications that require accurate transmission of signals over long distances. The frequency accuracy is enhanced by its low-power consumption, as this ensures that there is no signal attenuation over distance. Additionally, the 9C-19.200MAAE-T minimizes the crosstalk across its wide frequency range, thereby providing signals of high precision.

The working principle of the 9C-19.200MAAE-T is based on the resonance phenomenon. It contains a piezoelectric element which, when an alternating current signal of the correct frequency is applied, begins to oscillate. This vibration causes an energy to be stored in the element and the crystal to oscillate at a certain frequency. This frequency is determined by the physical properties of the crystal. The frequency of the oscillator is maintained with great accuracy for both short and long time periods. The 9C-19.200MAAE-T can operate at a wide range of frequencies, ranging from 1.75MHz to 125MHz.

The 9C-19.200MAAE-T crystal is available in two different versions. The half-strip version is designed for easy integration into surface mount technology (SMT) circuits while the full-strip version is designed for through-hole technology. The half-strip version provides better frequency stability than the full-strip version, however, the full-strip version provides increased voltage stability of the circuits. Additionally, the full-strip version allows for the creation of more stable clock signals with greater accuracy.

The 9C-19.200MAAE-T is easy to mount and contains a built-in protective plate which has a 1000VGB isolation rating from the collector and a 5000VGB rating between the negative and positive leads. In order to ensure the best performance possible, the connecting leads should be short and parallel. The 9C-19.200MAAE-T can also operate in a wide range of temperatures, from -20°C (-4°F) up to 85°C (185°F). This makes it suitable for many applications, from consumer electronics to industrial systems.

The 9C-19.200MAAE-T is a high performing crystal suitable for a wide range of applications in RF circuits. Its high frequency accuracy and low-power consumption allows it to maintain precise clock signals and minimize crosstalk. It is available in two versions and is easy to mount and maintain. The 9C-19.200MAAE-T is a highly efficient, reliable and robust crystal, making it an ideal choice for RF circuit designs.

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