AV-36.400MDHE-T

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Crystals are natural substances composed of atoms, molecules, and/or ions held together in a regularly repeating three-dimensional arrangement. They come in different forms and shapes and can be either organic or inorganic. Crystal oscillators are electronic components that use crystals to generate a signal of a precise frequency. The AV-36.400MDHE-T is one of such crystal oscillators with the broadest ranges of application fields and working principles.

Application Fields

The AV-36.400MDHE-T crystal oscillator is designed for frequency control in microprocessor systems, video systems, wireless systems and other frequency control applications. The device provides low jitter, low phase noise, and superior frequency stability for components where frequency is a critical factor. Utilizing AT cut crystal technology, the AV-36.400MDHE-T crystal oscillator is ideal for clock generator use in oscilloscope applications, signal generators, frequency dividers, and frequency converters.

The device also offers superior quality performance in many military, aerospace and medical applications such as communication radio receivers, GPS receivers, radar systems and medical scanners. Additionally, the AV-36.400MDHE-T crystal oscillator can be used in a wide range of computer and electronic components and applications requiring precise frequency, including embedded systems, SDARS receivers, encryptors, and high speed LAN architecture.

Working Principle

The AV-36.400MDHE-T crystal oscillator is mainly composed of a quartz crystal and an oscillator circuit. The crystal itself acts as both a resonator and an amplifier, transmitting and receiving the signal with the help of the oscillator. The crystal is mounted inside the oscillator and when electric voltage from the control circuit is applied to the device, the crystal vibrates and generates an electrical frequency. The frequency is then amplified to a predetermined value and output from the oscillator.

The AV-36.400MDHE-T crystal oscillator utilizes a number of technologies for superior performance. The device utilizes advanced design techniques, such as AT cut crystal technology, to achieve high accuracy in frequency and stability. The device also features a number of advanced noise and jitter reducing techniques to reduce phase noise and improve signal quality. Additionally, the device features low power consumption while providing superior performance, making it ideal for use in a variety of power-sensitive applications.

Overall, the AV-36.400MDHE-T is one of the most advanced and versatile crystal oscillators available, providing superior performance for a wide range of applications. The device offers superior frequency stability, low jitter, and low phase noise, making it ideal for demanding applications in the military, aerospace, and medical industries. Additionally, the device\'s low power consumption makes it ideal for power-sensitive applications, such as microprocessor and embedded systems.

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