FT5HNBPK20.0-T1 Crystals, Oscillators, Resonators

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Oscillators are devices with continuous repetitious motion or vibrations. FT5HNBPK20.0-T1 is one type of oscillator that is used in specific applications and has a specific working principle.

The FT5HNBPK20.0-T1 Oscillator is a high-accuracy, temperature-compensated oscillator that uses a temperature-compensated oscillator crystal unit (TCXO). This TCXO provides enhanced stability, lower jitter and excellent accuracy over temperature and time. Its frequency range is 14.7 to 15.3 MHz from 0 to 50°C.

The FT5HNBPK20.0-T1 Oscillator is a hermetically-sealed ceramic device which helps the TCXO maintain stable long-term behavior. This oscillator essentially offers a combination of frequency accuracy, stabilization, low noise and long-term stability. This makes the FT5HNBPK20.0-T1 an ideal candidate for communication, industrial and instrumentation applications.

The main applications of the FT5HNBPK20.0-T1 oscillator include, but are not limited to, frequency reference in GPS receiver front-end, cell phone base band and radio. It is also used for radio clock signal generation, frequency synthesizers, broadcast receivers, test and measuring instruments, and instrumentation systems.

The working principle of the FT5HNBPK20.0-T1 oscillator is based on the use of a temperature-compensated oscillator crystal unit (TCXO). The crystal vibrates at its designed frequency and the frequency is further amplified through a low noise amplifier. The amplifier helps to maintain the frequency accuracy and transient stability in the Oscillator. To maintain the frequency accuracy over temperature, each oscillator needs to be tested in temperature cycling tests to ensure good performance in the desired temperature range.

The FT5HNBPK20.0-T1 Oscillator also features a high-precision temperature compensation circuit which compensates for the ambient temperature expansion of the crystal. This ensures that the oscillator maintains good stability over temperature. The oscillator circuit also features a low phase noise ceramic resonator which helps to reduce the noise floor and improves the signal to noise ratio.

The FT5HNBPK20.0-T1 Oscillator is specifically designed for high accuracy and stability. It offers a superior frequency stability and accuracy which makes it suitable for use in communication, industrial and instrumentation applications. This oscillator offers superior performance over temperature and time and helps to maintain high accuracy and stability.

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