XLH735027.500000I Crystals, Oscillators, Resonators

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XLH735027.500000I Application Field and Working Principle

As an oscillator, the XLH735027.500000I is designed to provide a high accuracy and low cost device suitable for a variety of applications in the fields of scientific, medical, navigation and communications. It is capable of producing a highly stable and reliable reference frequency for use in various electrical and electronic systems. This device has been widely adopted in various industries and applications, such as aerospace, automobile, consumer electronics, military and research.

The XLH735027.500000I oscillator is a quartz crystal oscillator, which generates a signal at its maximum rated frequency of 50 MHz. This device is a passive and temperature-stabilized oscillator, which offers excellent performance over a wide temperature range. The oscillator is capable of providing a highly accurate and stable reference frequency. It has a low temperature coefficient and low aging characteristics which makes it suitable for many applications.

The working principle of the XLH735027.500000I is based on the quartz crystal oscillating device. The quartz crystal is a piezoelectric material which oscillates when a voltage is applied across it. The frequency of oscillations depends on the thickness of the quartz crystal. The device is designed to generate an output frequency which is determined by the vibrational frequency of the quartz crystal. The crystal oscillators use an oscillator circuit which amplifies and shapes the output of the crystal

The XLH735027.500000I oscillator has multiple types of output waveforms including sine, square and triangle waveforms. The square wave is ideal for most digital applications, while the sine and triangle waveforms can be used for communication and audio applications. The device has an output duty cycle of 50%, which means the output signal will have an equal period of high and low values.

The frequency stability of the oscillator is determined by the temperature coefficient of the crystal. The temperature coefficient is an indicator of the amount of frequency drift caused by temperature changes. The XLH735027.500000I has a temperature coefficient of -3.5ppm/°C, which indicates that the frequency of the oscillator will remain stable over a wide temperature range.

For better maintain the oscillation, the device can be connected to a power supply. By operating the device at a voltage higher than its minimum specification of 3.3V, it can provide a better and more stable output frequency. The device also has built in ESD (Electrostatic Discharge) protection to protect it from damage due to electrical discharges.

The XLH735027.500000I is capable of achieving low phase noise performance, which is important for good signal integrity in communication systems. The device is also suitable for ultra-low power applications and is capable of operating at currents as low as 8mA.

In summary, the XLH735027.500000I oscillator is a highly reliable and accurate quartz crystal oscillator suitable for a range of scientific, medical, navigation and communications applications. With its low temperature coefficient and low aging characteristics, the device is capable of providing a highly stable and accurate reference frequency over a wide temperature range. It is also suitable for low power applications, with a current draw of only 8mA.

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