ECX-L23BN-24.576 Crystals, Oscillators, Resonators

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Oscillators

A phonon oscillator, the ECX-L23BN-24.576, is a type of electronic oscillator, and is used in communications, aerospace, and automotive applications, among others. It is suited to applications such as frequency-agile transceivers, timing reference sources, precision reference sources, and frequency synthesis in telecommunications. It can be used in a variety of other electronic applications, such as oscillators, optical transceivers, and embedded systems.

Application Fields

The ECX-L23BN-24.576 oscillator can be found in a variety of standards-compliant devices for both consumer and commercial applications. It is designed primarily for use in wireless communication systems, such as those found in cellular, Wi-Fi, Blueray, and the like. Additionally, it is used for timing and synchronization in various automotive systems, including GPS navigation and engine management.

As a high stability oscillator, the ECX-L23BN-24.576 is well-suited to aerospace, medical, and imaging systems. Its outstanding frequency accuracy, linearity, and fast settling time make it an excellent choice for critical and mission-critical applications. Its low jitter and wide operating temperature range also make it an ideal solution for industrial applications.

The ECX-L23BN-24.576 oscillator is commonly used in a variety of consumer applications, such as automotive multimedia systems, personal digital assistants, and portable game players. Its ability to accurately maintain signal integrity over a wide temperature range makes it an excellent choice for a range of consumer applications.

Working Principle

The ECX-L23BN-24.576 oscillator works on the principle of phonons, which are vibrations that occur at the atomic level. The vibrational energy is transferred through the crystal lattice, producing a characteristic sound wave. This wave is then filtered and amplified to produce an electrical signal which is then used to drive the oscillator circuit.

In the context of the ECX-L23BN-24.576 oscillator, the crystal lattice is composed of an inert substrate material, such as aluminum nitride. The entire lattice structure is then encapsulated in a protective epoxy coating. This coating serves two purposes: firstly, to protect the crystal from damage; and secondly, to provide electrical insulation, thus preventing any electrical leakage.

The oscillator circuit is comprised of several components, the most important of which are the compensation capacitor and the active feedback capacitor. The active feedback capacitor is used to generate the oscillating frequency while the compensation capacitor helps to maintain the linearity of the signal.

The ECX-L23BN-24.576 oscillator has two basic operating modes: free-running mode and phase-locked mode. In the free-running mode, it is free to continuously adjust its frequency without any external signals to control it. This makes it suitable for applications where it must remain active indefinitely or until manually shut off.

In the phase-locked mode, however, an external signal is used to force the oscillator to operate at a precise frequency. This makes it ideal for use in applications where frequency accuracy and stability are of utmost importance, such as in telecommunication systems. The external signal can be sourced from a wide range of sources, including a GPS receiver, radio frequency equipment, or a frequency-agile transceiver.

In addition to its operating modes, the ECX-L23BN-24.576 also offers the option of a temperature compensation circuit. This circuit helps to adjust the output frequency of the oscillator based on changes in temperature in order to maintain its accuracy and stability.

The ECX-L23BN-24.576 is a versatile, reliable, and highly accurate oscillator, and is a great choice for a wide range of applications. Its high precision and wide operating temperature range make it an excellent choice for critical and mission-critical applications such as telecommunication systems, and its ability to accurately maintain frequency over a wide range of temperatures makes it a great choice for consumer applications as well.

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