402F2001XIKT

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

Crystals

Crystals are solid materials that form orderly repeating patterns when viewed under a microscope. Every individual crystal is unique, but generally, crystals are characterized by their shape, color, visual texture, and chemical properties. Unlike regular elements, crystals form after molecules of atoms align themselves together into a geometric pattern. This process can take place over millions of years and results in solid materials that are typically made up of layers that are incredibly thin. Crystals possess a range of characteristics, such as hardness, rigidity, solubility, and electrical conductivity.

One of the most common and widely-used crystals is the 402F2001XIKT. It is a replica of the natural quartz crystal, which has a hardness of 10 Mohs (on the Mohs Scale). The 402F2001XIKT is also known as a temperature-compensated crystal, meaning it can cut through temperatures from -30°C to +85°C without it being affected. This type of crystal is mainly used in timepiece products such as watches and clocks and are also used for tuning instruments.

402F2001XIKT Application Field and Working Principle

The 402F2001XIKT temperature-compensated crystal is mainly used in timepieces and frequency-related products. This type of crystal is ideal for general-purpose oscillators due to its lower frequency drift than a standard quartz crystal and higher frequency stability than a mechanical oscillator. The 402F2001XIKT is designed to operate at a center frequency of 32.768kHz, making it ideal for applications requiring long-term accuracy or clocks with tight tolerance.

The 202F2001XIKT is made up of two layers of quartz with two electrodes located at the edge. This crystal has two metal electrodes coated on the surface with a gold coating on the inner crystal (between the two quartz layers). During operation, the metal electrodes pump a small amount of electrical energy into the gold layer. This energy then travels through the quartz to the metal electrodes causing the crystal to vibrate and produce an oscillation frequency proportional to the electrical voltage applied. This frequency is what is used in timekeeping applications to keep accurate time. The advantage of using a temperature-compensated crystal is that the oscillation frequency will remain relatively constant over a wide range of temperatures. Furthermore, the 402F2001XIKT can be used for applications requiring long-term accuracy or clocks with a tight tolerance.

The 402F2001XIKT is a type of crystal oscillator which has many uses in a variety of fields, including telecommunication and automotive technology. This type of crystal is commonly found in mobile phones, watches, and radios, as well as in automated guidance systems and computer peripherals. Furthermore, due to its low frequency drift and higher frequency stability, the 402F2001XIKT can be used in medical imaging systems, where precision timing is critical.

In conclusion, the 402F2001XIKT is a temperature-compensated crystal that is used in a variety of applications. This type of crystal offers a higher frequency stability and lower frequency drift than other types of crystals, making it ideal for applications requiring long-term accuracy or clocks with tight tolerance. As a result, the 402F2001XIKT is a commonly-used type of crystal oscillator in a variety of industries, including telecommunication, automotive, and medical imaging.

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