XLH736115.314000I Datasheet/PDFOscillators are electronic circuits, which are used to generate an electrical signal of a specific frequency. They enable the production of an electrical signal of a specific frequency. XLH736115.314000I is an electronic oscillator circuit that has various applications and features.
The XLH736115.314000I oscillator is a highly efficient and stable clock oscillator. It is an ideal choice for high speed digital circuits, including clock, temperature and voltage control, automotive, industrial, military and consumer applications. The oscillator features low noise, low jitter and low power consumption. It operates at a switching frequency of 5.5GHz and is capable of providing precise frequency accuracy with minimal power consumption. The oscillator is available in both through-hole and surface mount packages.
The XLH736115.314000I is based on an oscillator topology called a Pierce oscillator. It uses two capacitor-coupled amplifying stages. The first stage is an amplifier stage, which provides the signal to the second stage. The second stage is a feedback stage, which provides the oscillation frequency. The oscillator uses an ultralow noise differential amplifier as the first stage. This amplifier has extremely low noise, high gain, and superb linearity. It also has high frequency stability and excellent temperature stability. The feedback stage is also designed to provide the precise frequency accuracy required for high speed digital circuits.
The XLH736115.314000I is a highly efficient and stable oscillator that is suitable for various applications. It can be used for clock generation, temperature control, voltage control, automotive, industrial, military and consumer applications. It has extremely low noise, high gain, and superb linearity combined with its ultra-low power consumption. This electronic oscillator circuit is also available in through-hole and surface mount packages.
In conclusion, the XLH736115.314000I oscillator is a highly efficient and stable clock oscillator. It is suitable for various applications and features ultra-low noise, high gain, and superb linearity in combination with its power consumption. It can be used for clock generation, temperature control, voltage control, automotive, industrial, military and consumer applications.