656P98303C2T

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Oscillator devices are electric circuits used to generate a signal at a predetermined frequency. They are widely used in many applications, including for radio transmitters and receivers, test equipment and other communication apparatus. One example of an oscillator is the 656P98303C2T oscillator. This article will discuss the applications and working principle of this oscillator.

Application of 656P98303C2T Oscillator

The 656P98303C2T oscillator is a surface mount device (SMD) and is a great choice for many applications, including personal electronics, such as smartphones, tablets, and computers. It is also suitable for use in automotive electronics, as well as communications and military electronics. The 656P98303C2T oscillator is typically used to generate a low frequency signal, which is necessary for many communication protocols.

The 656P98303C2T oscillator is designed to offer high performance and stability for a range of frequencies. It can operate at frequencies from 33 to 160 MHz. The output signal of the oscillator is sinusoidal in nature and the output parameters are programmable. The 656P98303C2T oscillator is also designed to offer superior temperature stability and EMI suppression, which makes it suitable for many applications.

In addition, the 656P98303C2T oscillator is designed to require a minimum of external components. This makes it easy to integrate into a variety of applications, providing flexibility to meet customer demands. This oscillator also has a wide supply voltage range, from 1.8 V to 5.5 V, which enables it to be used in a wide range of applications. The 656P98303C2T oscillator is also designed to offer excellent heat dissipation, which is important for operation in harsh conditions.

Working Principle of 656P98303C2T Oscillator

The 656P98303C2T oscillator works by taking an input signal from a quartz crystal oscillator and passing it through a series of logic gates, capacitors, and an amplifier. The oscillator will amplify and shape the signal to produce a sinusoidal output signal at the desired frequency. This output signal is then passed through a divide-by-N circuit, which is used to reduce the frequency of the signal. The output of the divide-by-N circuit is then connected to an output circuit, where the signal is further shaped and amplified before being sent to the output terminal.

The output of the 656P98303C2T oscillator is a stable, sinusoidal signal that is unaffected by temperature changes and has a low level of EMI. This is achieved by using a proprietary design that incorporates a low-noise amplifier, a low impedance source, and a low-ripple filter.

Conclusion

The 656P98303C2T oscillator is a versatile device that can be used in a variety of applications. It is designed to provide a high-performance, stable output signal and will operate in a wide range of frequencies. The 656P98303C2T oscillator is also designed to require a minimum of external components, making it easy to integrate into existing systems. The working principle of the 656P98303C2T oscillator is based on amplifying and shaping the input signal using a series of logic gates, capacitors, and amplifiers. This ensures that the output signal is stable and has low levels of EMI.

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