TS122F23CDT

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Crystals are solid, semi-solid, or liquid substances made from a variety of different elements and molecules. Common in nature, crystal structures are found in natural formations such as minerals, gems, and salt. In industrial applications, crystals are used as oscillators and filters. One such crystal type is the TS122F23CDT, a frequency-stabilized quartz crystal which is widely used in many areas.

The TS122F23CDT is a highly precise crystal oscillator that features a frequency stability of better than +/- 2ppm over a range of 10KHz to 50GHz. Its size and performance make it ideal for many different applications, from military and aerospace systems to audio equipment and communications, and even for medical applications such as for hearing aids or imaging systems. It has a high-level of reliability and is known for its long-term stability.

The TS122F23CDT works by using the piezoelectric effect, which causes vibrations when electric fields are applied to the crystal. These vibrations cause the crystal to emit an electrical signal at a very precise frequency. The frequency of the signal is determined by the size and shape of the crystal. By utilizing a control circuitry to maintain the frequency of the crystal and to allow for adjustments, it is possible to attain and maintain a precise frequency as required for different applications.

The TS122F23CDT also features a built-in temperature compensation feature that ensures that the frequency output is not affected by the temperature of the operating environment. This ensures that crystal resonators can be used in even the harshest of environments, where there is a wide range of temperatures. Additionally, the device requires very little power, making it great for many battery-operated applications as well.

The TS122F23CDT crystal is highly versatile and can be used in many different types of applications, from frequency counters and RF transceiver to communication equipment and medical imaging technology. With its high level of precision and long-term stability, it is is an ideal choice for the demanding applications within these fields. Additionally, its low power consumption and temperature-sensitivity make it a great choice for battery-operated and outdoor applications.

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