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Oscillators

Oscillators are electronic components that generate an alternating electrical signal of fixed frequency and amplitude, they often generate a sine wave but other waveforms such as square, triangular and sawtooth are possible. Oscillators can be used for many applications including radio and telecommunication, audio and video signal synthesis, time-keeping and data transfer. One such oscillator is ASFLMPC-80.000MHZ-T3.

Application Field of ASFLMPC-80.000MHZ-T3

ASFLMPC-80.000MHZ-T3 is a type of MEMS oscillator, suitable for applications which require ultra-low power, small size and a wide operating temperature range. It is especially suitable for battery operated IoT devices, because of its ultra-low power consumption. It is also suitable for wireless communication, handheld instruments, digital audio and video consumer products, medical medical device and automotive applications.

Working Principle

ASFLMPC-80.000MHZ-T3 has a built-in frequency compensation circuit and phase-locked loop (PLL), so it can provide a highly accurate frequency signal. Its working principle is based on the use of a MEMS resonator, which is a tiny mechanical oscillator that is electrically tuned to a specific frequency. When an external power supply is connected, the oscillator produces the desired frequency signal. The MEMS resonator helps to reduce the power consumption and optimize the stability of the output signal.

Advantages

The ASFLMPC-80.000MHZ-T3 oscillator has several advantages. Firstly, it provides high frequency accuracy and stability over a wide range of temperatures. Secondly, it has a low power consumption and a wide operating temperature range, making it suitable for various applications including battery powered IoT devices. Thirdly, its manufacturing process is fully automated, resulting in a compact body and good cost-effectiveness. Finally, it has a good frequency resolution in both the X and Y dimensions.

Conclusion

The ASFLMPC-80.000MHZ-T3 oscillator is an excellent choice for various applications, such as battery operated IoT devices, wireless communication, handheld instruments, digital audio and video consumer products, medical medical device and automotive applications. It is a powerful device that offers high frequency accuracy and stability over a wide range of temperatures while consuming low power. Its small size, automated manufacturing process and good cost-effectiveness make it a highly attractive option for many applications.

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