ATS120CSM-1E

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Crystals are an incredibly important component of electronic circuitry. They are used to regulate the frequency at which a circuit operates, and they are used in both oscillators and electronic filters. Crystals are used in many electronic devices, but the most common use is in radio and television receivers.

The ATS120CSM-1E crystal is an important component used in the production of radio and television receivers. It is a rectangular, low-profile crystal, measuring just 0.164” x 0.094” x 0.033” (4.2mm x 2.4mm x 0.85mm). It is made from a special quartz material, and is manufactured to very high standards. The ATS120CSM-1E crystal is a low-frequency crystal, with a frequency range of 12.0 to 120kHz.

The primary application of the ATS120CSM-1E crystal is in radio and television receivers. It is used to regulate the frequency of the receiver, ensuring that it is tuned to the correct station. The crystal is also used in other electronic devices, such as audio filters and data-acquisition systems.

The ATS120CSM-1E crystal works on the principle of piezoelectricity. Piezoelectricity is the ability of certain materials, such as quartz, to generate an electric charge when subjected to mechanical stress. When a voltage is applied to the ATS120CSM-1E crystal, it begins to vibrate at a specific frequency. This frequency is determined by the shape and size of the crystal, as well as the voltage applied. It is this exact frequency that is used in radio and television receivers to tune the receiver to the correct frequency.

The ATS120CSM-1E crystal is a highly reliable component, and it is capable of withstanding high levels of shock and vibration. This makes it an ideal choice for use in harsh environments, such as in automotive or military applications. It is also extremely cost effective, making it an attractive choice for designers of electronic devices.

The ATS120CSM-1E crystal is a highly versatile component, and its primary application is in the production of radio and television receivers. It works on the principle of piezoelectricity, and is capable of withstanding high levels of shock and vibration. It is also extremely cost effective, and is thus an attractive choice for designers of electronic devices.

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