XLH536040.000000X

XLH536040.000000X is an oscillator belonging to the family of frequency control devices. The device uses quartz controlled technology to provide electronic frequency stability for oscillator circuits that need high performance. It is used in a variety of industrial and consumer applications, such as quartz crystal clock oscillators, microprocessors, personal computers, power supplies and other high-frequency oscillator circuits.

Oscillators are used to generate a periodic electrical signal from an alternating current (AC) or direct current (DC) source. The XLH536040.000000X oscillator uses quartz crystals to stabilize the output frequency, making it the ideal choice for applications requiring high frequency stability and accuracy. The oscillator is designed with a feedback circuit which allows it to maintain a stable frequency due to the frequency feedback produced by the quartz crystal.

The principle behind using quartz crystals to stabilize frequency is based on the piezoelectric effect wherein the quartz crystal vibrates when a voltage is applied across it. The frequency of vibration is proportional to the applied electrical field which allows the oscillator to maintain its frequency within a very narrow range. The quartz crystal can also be tuned with a voltage-variable capacitor to adjust the output frequency.

The XLH536040.000000X oscillator operates in the range of 4MHz to 400MHz with a stability of 0.05 PPM. It has an operating voltage of 3.3V and consumes an average current of 25mA. The device features low noise, low phase noise and no frequency hopping. It is made using surface mount construction and can be used in applications with wide operating temperature ranges.

The XLH536040.000000X oscillator is a high-precision timing device offering ultra-low-current draw, superior frequency control and high stability. It is designed for applications such as microprocessors, digital signal processors, embedded systems, communications, test equipment, medical systems, automotive systems and satellite communication systems.

The oscillator utilizes advanced engineering and design features to achieve the highest levels of performance. By utilizing the quartz crystal technology, the accuracy of the output frequency is very high and is highly resistant to temperature variations. The low noise output of the oscillator provides an improved system performance and longer battery life.

The versatility of the oscillator makes it suitable for a range of different applications. It can be used in applications that need to reduce system cost and time-to-market by combining multiple functions into one device. The oscillator is also able to provide the necessary accuracy and stability for a wide range of applications without the need for any external components such as filters or additional active circuitry.

The XLH536040.000000X oscillator is an example of modern electronic engineering. It offers a combination of precision frequency control and flexibility to meet the requirements of various electronic designs. The oscillator has proved to be reliable in various industrial and consumer applications and is a useful device for designers when looking for a frequency control solution.