520M10HA16M3690

Oscillators are indispensable components across many fields and applications, so accuracy and efficiency are paramount when dealing with them. The relevance of the 520M10HA16M3690 oscillator variation is particularly notable, as its delicate design and fine-tuning provide extraordinary precision when compared to other oscillators. This article defines its application field, working principle, and main features in depth.

Application Field

The 520M10HA16M3690 oscillator variation has a several advantages over other models in its range, and finds increasing application across multiple areas. Firstly, due to its hermetic sealed configuration, it can sustain high humidity and water pressure levels, making it popular for use in industrial environments and in areas that may be contaminated. Similarly, its virtually indestructible mechanical resistance ensures it is suitable for harsh conditions such as extreme temperatures, shocks, and other physical elements.

Furthermore, its remarkable repeatability and accuracy reach as much as ±50 ppm over a frequency range of 10 to 20 MHz. Additionally, its wide frequency range makes it suitable for frequency synthesis, testing, and other digital data conversion fields, making it a popular choice for these applications. Due to its proximity to other quartz oscillators, it is a viable and cost-effective choice.

Working Principle

The 520M10HA16M3690 oscillator variation consists of a quartz crystal configured with two electrodes to create a resonator circuit with the quartz crystal. When current is applied, the quartz crystal vibrates, producing a resonator frequency. The resonator frequency is determined by the thickness and the length of the crystal, and is fixed by the manufacturer.

The resonator frequency then propagates across the electrodes, modulating the waveform of the input signal. This signal is then filtered and amplified, creating an alternating current output at the oscillation frequency. This alternating current output can then be used for different tasks branches, depending on the target application.

Main Features

The 520M10HA16M3690 oscillator presents several fundamental features that differentiate it from other models. Its perimeter-encapsulated design ensures maximum protection of the quartz resonator, allowing higher stability and reliability. This model also presents a high operating temperature range from -40°C to +85°C, leaving significant headroom for operation in more demanding environments.

Moreover, it provides greater accuracy than other oscillators, reaching ±50 ppm stability over a frequency range of 10 to 20 MHz. The design also offers good displacement up to ±20 ppm under a ten-degree Celsius temperature variation, giving it an advantage over other oscillators in regards to displacement calibration.

Finally, its mounting mode presents a simple and quick installation process, as it is compatible with most existing mounting and calibration equipment, accelerating the process of integrating the model with various existing systems. This comprehensive set of features makes the 520M10HA16M3690 oscillator a top choice in oscillator selection.

In conclusion, the 520M10HA16M3690 oscillator is an excellent choice for internal and external applications, and presents superior accuracy, stability, and repeatability. This oscillator is capable of performing under extreme conditions and is an option of uncompromising quality for technicians and professionals in the field. Its versatility and incredible performance make it a worthy option to consider when facing a variety of oscillator-related issues.