TS147F23CET

TS147F23CET Application Field and Working Principle

TS147F23CET crystals are the highly efficient crystal oscillators made of an oscillator circuit and a quartz crystal. The function of a TS147F23CET crystal oscillator is to convert electricity into a mechanical vibration, which results in the generation of a specific frequency. These crystals are used in a range of electronic devices from medical equipment to electronic toys.

The TS147F23CET crystal oscillator has a typical working frequency of 12.5MHz and a fundamental frequency of 512Hz with a 5:1 frequency ratio. It is an electrical circuit that oscillates an electrical signal at a specific frequency, typically at a lower frequency than the higher frequency of the crystal. The output of the oscillator is determined by selecting an appropriate frequency at which the crystal oscillates. This frequency is then maintained by the oscillator.

The TS147F23CET crystal oscillator works by using an LC circuit, with the output determined by the characteristics of the components used. The crystal oscillator consists of the active element and a quartz crystal, which is attached to the active element. A current is then induced in the quartz crystal oscillator resulting in a mechanical oscillation caused by the piezoelectric effect of quartz. This mechanical oscillation leads to forced oscillations in the circuit, with the oscillation frequency determined by the properties of the components and by the resonant frequency of the crystal.

Thus, the TS147F23CET crystal oscillator is a highly reliable and efficient source of electrical energy, typically used in medical equipment and other electronic devices like mobile phones and tablets. The frequency of the output is typically a few gigahertz. Additionally, the output from a TS147F23CET crystal oscillator is stable and accurate, which makes it suitable for use in a wide range of applications.

The TS147F23CET crystal oscillator is used in a range of medical devices, including medical imaging equipment, anaesthesia machines, patient monitors, and MRI machines. This type of crystal is also used in electronic devices like mobile phones, tablets, video game consoles, and other consumer electronics. The crystal oscillator produces an output of approximately 12.5MHz which can be used in these various applications.

In conclusion, the TS147F23CET crystal oscillator is a highly efficient and reliable source of electrical energy. It is used in a range of applications, including medical and consumer electronics. The output frequency is typically in the range of 10MHz to 14MHz and is stable and accurate. It is an ideal crystal source for many types of electronic applications.