XLP73V240.000000I

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Oscillators are electrical circuits used to produce repeating or alternating waves of current or voltage. The XLP73V240.000000I is an oscillator module which can produce accurate and low-jitter clock reference frequency. It offers an efficient, low-cost, space-saving alternative for applications where stability, accuracy, and low-jitter performance are essential.

The XLP73V240.000000I oscillator is widely used in a variety of applications, such as time-critical events and data acquisition systems. It is a low-cost, stable, and low-jitter module which provides reliable performance in a variety of applications. Its frequency range is between 1 MHz and 240 MHz.

The XLP73V240.000000I is designed to be used with other equipment such as clock drivers, frequency synthesizers, logic circuits, and microprocessors. It utilizes a stabilizing crystal oscillator to generate a precise and low-jitter clock signal, and it is capable of generating an output frequency within a tight range. The module also provides a frequency accuracy of +/- 20ppm over its operating temperature range.

The XLP73V240.000000I oscillator is constructed with a custom-designed voltage-controlled, non-volatile crystal oscillator (VCXO). The module is designed to ensure a stable clock signal, even in power supply variation or operating temperature changes. The custom-designed crystal oscillator also reduces phase jitter by minimizing mechanical and electrical disturbances across different frequencies.

The XLP73V240.000000I oscillator can be used in a variety of applications, such as digital and analog signal processing, embedded processor systems, and communications equipment. It is capable of providing accurate and low-jitter clock signals for fast, reliable performance. The device also features a low power consumption, making it suitable for battery-operated devices.

The XLP73V240.000000I oscillator is used to provide a stable, low-jitter clock signal to a variety of devices, such as frequency synthesizers, clock drivers, logic circuits, and microprocessors. It provides a reliable performance in signal processing, communications, and embedded processor systems. The device is capable of providing an output frequency within a tight range, as well as a frequency accuracy of +/- 20ppm over its operating temperature range. The device also features a low power consumption, making it suitable for battery-operated devices.

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