XLL73V250.000000I

Oscillators are useful devices found in many electronic applications. The XLL73V250.000000I oscillator is one type of oscillator that can be used in many different applications. This article will discuss the application field and working principle of the XLL73V250.000000I oscillator.

The XLL73V250.000000I oscillator is a high-frequency, compact crystal oscillator. It is designed for digital systems and telecommunications applications. It offers low power consumption and high-precision output. This oscillator is capable of providing up to 10MHz of clean signals for clocks in digital systems.

The XLL73V250.000000I oscillator is ideal for clock and data recovery applications in telecom systems. It is also suitable for use in digital radio systems and GPS receivers. Additionally, it can be used for event timing measurements in automotive systems, interactive service systems, instrumentation, and medical systems.

The XLL73V250.000000I oscillator is capable of providing ultra-low jitter performance. It is able to achieve jitter performance up to 0.6ps RMS and 0.15pspp. This oscillator provides superior jitter performance and stable clock outputs for clock and data recovery applications.

The XLL73V250.000000I oscillator is designed to operate over a wide frequency range. It has a specified frequency range of 5MHz to 32MHz. Additionally, the oscillator can be customized to provide different frequencies. This makes it ideal for applications that require different frequencies in the system.

The XLL73V250.000000I oscillator is powered by a 5V DC voltage. The oscillator can provide high-frequency output with low distortion and low noise. This makes it suitable for use in communications applications. It also offers high-precision signal outputs with excellent regulation and temperature stability.

The working principle of the XLL73V250.000000I oscillator is based on resonators. It consists of a quartz crystal resonator and a driver amplifier. The driver amplifier is connected to the crystal resonator and provides the required power to drive the crystal. The crystal resonator then oscillates at a certain frequency, which is determined by the crystal characteristics.

The driver amplifier then amplifies the signals and outputs them from the oscillator. The output signal can then be used in the target application. This type of oscillator is also known as a crystal-controlled oscillator because the quartz crystal determines the frequency of the oscillator.

In conclusion, the XLL73V250.000000I oscillator is a high-frequency, compact crystal oscillator that is suitable for many applications. Its wide frequency range and low power consumption make it ideal for digital systems and telecommunications applications. The oscillator also offers high-precision signal outputs with excellent regulation and temperature stability. Its working principle is based on resonators and a driver amplifier.