XXHEGCNANF-25.000000 Crystals, Oscillators, Resonators

XXHEGCNANF-25.000000 Application Field and Working Principle

Crystals are fine-tuned, precision-cut pieces of materials that use the exact properties of their structure to control the rate at which electricity is allowed to pass through them. Crystals are used in many different types of applications, including radio transmitters, clocks, and oscillators. The XXHEGCNANF-25.000000 is a precision-cut crystal developed by Mean Well Corporation and is designed for use in radio transmitters and receivers.

Design and Construction

The XXHEGCNANF-25.000000 is a high-frequency, low-impedance crystal designed to allow high speed transmission and reception of radio signals. It is constructed with a comb-like structure of individual, connected cavities and electrodes, which are combined in a manner that follows certain strict design parameters to produce a stable and consistent crystal product. The electrodes, which are made of ceramics, provide the essential link between mechanical and electrical elements of the crystal. Connected to the ceramic electrodes are two metal electrodes, which are the contact points for the internal circuit. The XXHEGCNANF-25.000000 also features a special insulating layer which prevents the electricity from leaking out of the crystal and disrupting the signal.

Application Fields

The XXHEGCNANF-25.000000 is widely used in the radio communications industry, and is found in many types of radios from amateur radio sets to military and commercial transmitters and receivers. It is also used in a variety of other electronic products, such as cellular telephones and home automation systems. Other fields of application include in medical imaging, avionics, and navigation.

Working Principle

In order to understand the working principle of the XXHEGCNANF-25.000000, it is important to understand the operation of a crystal radio. A crystal radio is built around a quartz crystal, which vibrates at a certain frequency depending on the size and shape of the crystal. The crystal is placed in an oscillator circuit, and the vibration of the crystal causes a voltage to be created in the oscillator. This voltage is then converted into the form of a radio signal, which can be heard through a speaker or set of headphones.

In order for the oscillator circuit in a crystal radio to work, the quartz crystal needs to be cut very precisely. The XXHEGCNANF-25.000000 is specifically designed for use as a crystal oscillator, allowing for very precise cutting and tuning of the crystal. The precision-cut of the crystal results in a very stable oscillator circuit that produces excellent radio signals.

Advantages

The XXHEGCNANF-25.000000 is an advantageous product because of its high-frequency, low-impedance design. This design allows for faster transmission and reception, which is extremely helpful in commercial and military applications. Additionally, the crystal is very efficient, wasting very little energy and resulting in excellent transmission and reception performance. The precision-cutting of the crystal also allows for excellent control of the oscillator circuit, providing a stable and reliable radio signal.

Conclusion

The XXHEGCNANF-25.000000 is a precision-cut crystal developed by Mean Well Corporation for use in radio transmitters and receivers. It is designed with a comb-like structure of individual, connected cavities and electrodes, providing a high-frequency, low-impedance design for excellent performance. Additionally, the precision-cutting of the crystal allows for very precise control of the oscillator circuit, resulting in an efficient and reliable radio signal. For these reasons, the XXHEGCNANF-25.000000 is a popular choice for many different types of radio communications applications.