TS122F33CET

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Crystals

Crystals are solid materials composed of atoms, molecules or ions arranged in periodic, three-dimensional arrays or lattices. A variety of minerals, semiconductors, and organic crystals are widely used as frequency-determining elements in communication and control devices. In modern digital circuits, quartz crystals are used to provide electrical oscillations of a precise and constant frequency, in order to maintain time accuracy, generate clock signals, or interpolate the analogue signals for digital devices.

TS122F33CET is a high frequency SMD ceramic resonator produced by TaiShi Electronics Co., Ltd. It is widely used in remote control and communication application fields, such as remote sensing, wireless remote control and wireless data transmission. This resonator can provide a stable, high-precision frequency reference source with small size, resistance to temperature change and low cost.

Application Field of TS122F33CET

The TS122F33CET resonator has a wide range of application fields. The main application fields are:

• Wireless remote control devices.
• Wireless telecommunication devices.
• Remote sensing devices.
• Wireless data transmission devices.
• Consumer electronics, such as DVD and TV.
• Telecommunications base station and other communication equipments.

Working Principle of TS122F33CET

The TS122F33CET resonator consists of a special high-frequency ceramic resonator element, a gold-plated rose crystal pin, and a gold-plated spring-loaded pin. The main purpose of the resonator is to generate a stable, high-precision frequency reference source, and it uses the piezoelectric effect to generate and control the oscillator frequency. The piezoelectric effect is a phenomenon in which the crystal structure of certain materials changes shape in the presence of an electric field, thus changing the resistance of the material and thus changing the frequency output of the oscillator.

When an electric potential is applied to the TS122F33CET resonator, it will generate mechanical vibration, and this mechanical vibration will produce a stable and continuous oscillator frequency. With its small size, resistance to temperature change, and low cost, the TS122F33CET resonator can provide a stable, high-precision frequency reference source for various digital devices.

In summary, TS122F33CET resonator is a high frequency SMD ceramic resonator widely used in numerous digital devices, such as remote control and communication devices. It can provide a stable, high-precision frequency reference source with its small size, resistance to temperature change and low cost.

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