ECS-184-18-4X

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystallography is the study of the arrangement, structure, and properties of crystals and their components. Crystallography can be used to study a vast array of substances and materials, from metals and minerals to pharmaceuticals and organic compounds. One form of crystallography includes the study of ECS-184-18-4X crystals and their physical properties. In this article, we will discuss the application field and working principle of an ECS-184-18-4X crystal.

An ECS-184-18-4X crystal is an oscillator and frequency control device used in various electronic applications. The device is fairly small, having dimensions of 6 x 12.3 mm. It is typically made of quartz and utilizes piezo-electric technique to generate a constant, stable oscillation frequency. Such crystal oscillators are used in many types of electronics, including radios, mobile phones, computers, watches, and other devices.

The primary application field of ECS-184-18-4X crystals is in frequency control. The quartz crystal in the device vibrates at a specific frequency, allowing it to precisely control the frequency of oscillations in an electronic circuit. This is an important tool in telecommunications since the frequency of an electronic signal determines its traveling distance, strength, and clarity. The crystal can also be used to time the operations of a processor, allowing it to determine the speed at which instructions are executed.

In order to understand the working principle of an ECS-184-18-4X crystal, it helps to look at its construction. The device consists of two quartz plates sandwiched together to form a plate stack. The plate stack is held in the center by a conductive post. The quartz plates are cut to a specific thickness and oscillate at a predetermined frequency when they are subjected to electrical energy. This electrical energy is typically supplied by an external oscillator circuit.

The oscillations occur due to the elastic properties of quartz. When a voltage is applied it causes the quartz to compress and then relax, producing a small oscillating electric field. The frequency of this oscillation depends on the thickness of the quartz plates and the voltage applied. The frequency is always specific to the crystal and remains constant, even when exposed to extreme temperatures and other environmental conditions.

The ECS-184-18-4X crystal is therefore an essential device for frequency control and timing applications. It is used in many different kinds of electronic devices, from radios and mobile phones to wristwatches and computers. Its ability to achieve precise frequency control makes it an invaluable tool in telecommunications and other electronic applications.

The specific data is subject to PDF, and the above content is for reference