653E17336C2T

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Oscillators: 653E17336C2T application field and working principle

The 653E17336C2T from Brother is a crystal oscillator module which provides good stability and high operating temperature stability. It is widely used in many applications such as clock generation, data conversion, timing control, and signal reception. The oscillator also offers low phase noise, excellent jitter performance, and very low power consumption. This makes it suitable for a wide range of applications in the industrial and communications fields. The oscillator also meets or exceeds the performance requirements for many industry standard specifications such as RoHS and EMS.

It uses an oscillator circuit comprising a quartz crystal resonator and a bias capacitor to generate an output signal. The quartz crystal resonator is made of a thin slice of naturally or synthetically grown quartz crystal which has electrodes attached along its two opposite edges. The crystal vibrates along its length when voltage is applied to the electrodes. The bias capacitor tunes the frequency of the crystal oscillator. This is done by charging or discharging energy from the crystal. The signal generated by the oscillator is then amplified with an amplifier or other circuitry.

The 653E17336C2T is capable of producing output frequencies ranging from 1MHz to 50MHz with a frequency tolerance of ±100ppm. Its power requirements include a supply voltage of 3.3V to 5V with a maximum power consumption of only 1.2V. The oscillator also has a wide operating temperature range from −40°C to +105°C. The module can be easily connected using two pins with a mounting pitch of 2.54mm. It is also available in a range of packages, from SMT and through hole to unspecified types.

The 653E17336C2T module is ideal for a variety of applications in the industrial and communications fields where stability, performance, and low power requirements are necessary. With its extremely low power consumption and excellent performance characteristics, it can be used as an effective and reliable clock signal source for data conversion, clock control, signal reception and other applications. It is also a reliable and cost-effective option for applications where system timing must remain stable over long periods of time.

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