ECS-36.4-32-2P

Crystals are all around us, from the walls of a castle to the delicate facets of a gemstone. Inelectronics, they are vital components, with myriad uses and applications. One such crystal is the ECS-36.4-32-2P, a double-frequency, temperaturecompensated crystal oscillator.

The structure of the ECS-36.4-32-2P is similar to many other crystals, consisting of two electrodes positioned on either side of a quartz crystal blank. When a specific voltage is applied to the electrodes, it creates an electric field in the quartz crystal, disrupting the uniformity of the crystal and allowing it to oscillate at a certain frequency. This is known as the oscillation frequency and is set via the smallest component of the crystal, the “cell”. It is the cell that determines the frequency of the crystal, and it is designed in such a way to remain stable over a wide range of temperatures.

Given the stability of the ECS-36.4-32-2P, it is a perfect component for use in telecommunications, due to its ability to maintain frequency even in highly-variable conditions. It is also ideal for many precision electronic calibrations where accuracy is paramount. The compact size of the component means it is well-suited to applications where there is a lack of space, such as in portable devices, as well as applications that require quick installation, such as remote sensor networks.

The ECS-36.4-32-2P also has a number of advantages over other crystals, such as its low jitter and superior noise side-lobe suppression. Its low-power consumption and surface-mount design make it ideal for integration into modern, efficient electronics. Its dual-frequency nature allows it to be tuned to multiple frequencies at once, making it suitable for use in situations that require multiple frequencies to be kept in sync.

In conclusion, the ECS-36.4-32-2P is a versatile and reliable double-frequency crystal oscillator, ideal for use in telecommunications, precision electronic calibrations and other applications where a stable frequency is required. Its low power consumption, surface-mount design, dual-frequency nature and superior noise side-lobe suppression make it an attractive proposition for a wide range of applications.

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