TS480T11CDT

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Crystals are a fascinating material due to their piezoelectric properties. This allows them to convert electrical signals into mechanical energy, and vice versa. Crystals are commonly used in a variety of different applications such as radio transmitters, clocks, detectors, oscillators, and even in computer microprocessors. One such application is the TS480T11CDT, which is a type of crystal oscillator. In this article, we will look at the application field and working principle of the TS480T11CDT.

The TS480T11CDT is an ultra-low-power, low-jitter oscillator, which makes it ideal for a variety of applications. It has a frequency range of 7.60 to 16.0 MHz, and is capable of withstanding a power dissipation of up to 5 Watts. This makes it suitable for use in applications where low power consumption is important, such as in medical and automotive electronics. In addition, the TS480T11CDT has a temperature range of -20 to +85 degrees Celsius, which makes it suitable for use in applications where temperature stability is crucial.

The TS480T11CDT is commonly used as a clock source, as it is capable of producing a precision clock signal with minimal jitter. It is also used in switching power supplies, as it can produce frequencies at up to 16 MHz, and with a wide range of power levels. In addition, it is commonly used as a frequency reference in radio frequencies, as it can produce frequencies from 7.6 to 16 MHz, as well as provide a regulated output. It is also used in FPGAs and DSPs due to its low jitter and wide frequency range, and for timing applications in industrial and commercial systems.

The working principle of the TS480T11CDT is based on the fact that crystals are piezoelectric materials, which means they produce voltage when mechanical pressure is applied to them. The TS480T11CDT uses this property to convert electrical signals into mechanical energy, which is then converted back into an electrical signal. This is done through the use of two electrodes, which are connected to either side of the crystal, and a control voltage. When the control voltage is applied to the electrodes, the crystal vibrates, and this vibration produces an electrical signal which is then used as the clock signal. The frequency of the signal is determined by the type of crystal used, and the amplitude of the signal is determined by the control voltage.

In conclusion, the TS480T11CDT is an ultra-low-power, low jitter crystal oscillator. It is commonly used as a clock source, frequency reference, and for timing applications in a variety of applications. Its working principle is based on the piezoelectric properties of crystals, which allow them to convert electrical signals into mechanical energy, and vice versa.

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