ABM8W-12.8000MHZ-7-B2U-T3

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 are a type of electronic component made up of two pieces of quartz that vibrate at a precise frequency and are used in various types of electronic applications. The ABM8W-12.8000MHZ-7-B2U-T3 crystal is specifically designed for use with 3.3V applications, with a peak frequency of 12.8000MHz and a stability between -40°C and +85°C. In this article, we’ll discuss the applications and working principles of the ABM8W-12.8000MHZ-7-B2U-T3 crystal.

Applications:

The ABM8W-12.8000MHZ-7-B2U-T3 crystal has a wide range of possible applications. It can be used in a variety of digital systems and can be used to create varying frequency signals. It is also frequently used in radio systems as it can generate precise and stable oscillating signals. Additionally, it can be used in embedded systems, as well as microprocessors, microcontrollers, and other digital systems that require a precise and reliable frequency source.

Working Principle:

The ABM8W-12.8000MHZ-7-B2U-T3 crystal works by creating an oscillating electrical signal at a precise frequency. This signal is produced when two quartz plates vibrate at a precise frequency. This electrical signal is then used to create a precise and stable frequency reference for digital systems and radio systems. The quartz crystals vibrate due to the piezoelectric effect, a phenomenon wherein a voltage is applied to the crystal, causing it to expand and contract.

The ABM8W-12.8000MHZ-7-B2U-T3 crystal is designed to operate best at a maximum frequency of 12.8000MHz, and has a temperature range of -40°C to +85°C. This temperature range ensures that the crystal is able to provide a reliable and stable frequency signal, regardless of fluctuations in temperature.

The ABM8W-12.8000MHZ-7-B2U-T3 crystal is capable of producing precise signals at a wide range of frequencies, and is useful in a variety of applications. Its precise frequency, temperature tolerance, and small size make it a popular choice for high-accuracy digital systems and radio systems.

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