XLP735175.000000X

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Oscillators are one of the most important fields in electronic engineering, and the XPL735175.000000X oscillator has become one of the most commonly used. It is a quartz-based oscillator with a low power consumption of only 8mA. It has a frequency stability of 10ppm over a temperature range of -40˚C - +85˚C and a frequency range of 8-20Mhz.

XPL735175.000000X is a versatile oscillator with various applications. It can be used for timing, frequency synchronization and modulation/demodulation in radio and television digital signal processing systems, computer systems and other electronic control systems. It is also suitable for performing frequency synthesis and frequency discrimination operations, as well as providing synchronization signal for frequency hopping and for measuring pulse width modulation.

The working principle of the XPL735175.000000X oscillator is based on the Piezoelectric effect. A crystal element, usually quartz, which is mounted between two electrodes, produces a pulse which is used to generate an electrical signal that is in turn amplified and used as a clock signal. The crystal oscillator circuit consists of a crystal, a pair of capacitors and an resistor/electronic element. The crystal undergoes an expansion and contraction in voltage when it is subjected to an electric field and this causes oscillations.

The main advantage of this oscillator is its low power consumption, accuracy and stability over wide temperature ranges. It is also capable of operating at a wide range of frequencies, making it suitable for a wide variety of applications. It is also an ideal solution for applications requiring low jitter and fast start-up times.

In summary, the XPL735175.000000X oscillator is an essential element for many electronic control systems, radio and television digital signal processing systems, frequency synthesis and frequency discrimination operations and for measuring pulse width modulation. Its low power consumption, accuracy and stability make it a reliable and dependable choice for these applications.

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