TS240F33CDT

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Crystals

The TS240F33CDT is a type of crystal that uses a piezoelectric effect to convert crystal vibrational energy into electrical energy. This crystal is a three-terminal surface mount device, with a 33.33 MHz (33,330 Hz) frequency. It is a small package with a low profile and can fit into most tight-spaced applications.

Application Field

The TS240F33CDT is mainly used in radio frequency (RF) applications such as cellular phones and radio frequency modules. It is also used in time clock applications and measurement systems. Other applications include: modems, synthesizers and oscillators, shock and vibration sensors, signal drivers, TV/monitors, and voice recognition.

Working Principle

The TS240F33CDT utilizes the piezoelectric effect to generate electrical signals. When mechanical stress is applied to certain specific materials, the stress induces electrical charge in and around the material. This electrical charge can be harnessed and used for a variety of purposes. The TS240F33CDT takes this generated electrical charge and uses it to create a RF signal, or in the case of timing applications, measure the time intervals between two electrical signals.

The TS240F33CDT has a 33.33 MHz frequency, meaning it oscillates at a rate of 33,330 revolutions per second. This frequency is determined by the size and geometry of the crystal itself, meaning that by changing the materials and physical dimensions of the crystal, you can obtain different frequencies, which is useful when building RF and time related systems.

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