ASVMPC-16.384MHZ-LR-T

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Oscillators, such as the ASVMPC-16.384MHZ-LR-T, are electronic circuits that produce a rhythmic alternating current (AC) signal. These signal oscillations are used in a variety of applications ranging from electronic timers to radio frequency identification (RFID) systems.

The ASVMPC-16.384MHZ-LR-T oscillator is a 16.384MHz device designed to operate from a 15V supply and consume a maximum of 25mW while producing a signal with storage direct configuration and a combined temperature coefficient of less than ±20ppm/°C. It has an Eight-pin ceramic leaded chip carrier (CLCC) package.

The operating principle of the ASVMPC-16.384MHZ-LR-T is based on the phase-locked loop (PLL) approach. PLLs are widely used in order to precisely maintain the phase and frequency of a signal in applications such as synchronization of digital communication systems. The circuit works by comparing the input reference frequency with the output signal frequency and then adjusts the oscillation frequency of the signal to match the input reference. This process of maintaining a constant frequency is achieved by controlling the gain of the signal such that any frequency mismatch is rapidly corrected.

The ASVMPC-16.384MHZ-LR-T has numerous applications in a wide range of electronic devices. It can be used in television receivers and radio data systems, in multiplexers, fiber optic systems, local area networks, cellular phone systems and central processing units. It is commonly used in multiplexing systems to maintain signal synchronization. It is also used in digital video broadcast (DVB) system receivers to generate the symbol clock signal for demodulation.

In conclusion, the ASVMPC-16.384MHZ-LR-T is a versatile oscillator that is used in a variety of electronic devices ranging from television receivers to cellular phone systems. Its working principle is based on the PLL approach and it can maintain signal synchronization in digital communication systems. This oscillator finds applications in multiplexers, fiber optic systems, local area networks, cellular phone systems and central processing units. Its small size and low power consumption makes it an ideal choice for portable electronic applications.

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