FK12AEIHI0.032768-T3 Crystals, Oscillators, Resonators

Crystals are essential tools in the field of electronics. The purpose of a crystal is to provide a stable frequency or signal when exposed to an electrical field. The length and width of the crystal determines the resonant frequency. The length and depth of the crystal are dependent on the type of crystal material being used. The most commonly used type of crystal is quartz.

FK12AEIHI0.032768-T3 is an advanced type of crystal that is used in radio communication and signal transmission applications. This crystal is made of a special crystal material that has a large resonant frequency. It is designed to have a frequency range of 0.032768 to 0.4 MHz and a temperature coefficient of -3. It is used for a wide variety of applications including modulation, vibration analysis, frequency synthesis, and signal conversion. This crystal can also be used as a voltage reference in power regulators. It is a very reliable and stable crystal.

The working principle of the FK12AEIHI0.032768-T3 crystal is based on the piezoelectric properties of certain crystals. When an electric field is applied to the crystal, it produces a resonance frequency in its structure. This resonance frequency is determined by the temperature and the parameters of the crystal. The crystal can then be used to modulate a signal for transmission or to generate a stable reference voltage for power regulation.

In order to ensure its reliability and accuracy, the FK12AEIHI0.032768-T3 crystal is usually constructed using a double-plate design. This allows the crystal to be operated in a wide range of temperatures and to maintain its accuracy. The FK12AEIHI0.032768-T3 crystal is also designed for use in high-voltage applications, providing stable voltage references in power regulators.

The FK12AEIHI0.032768-T3 crystal is used in a wide range of applications, from radio communication to power regulation. Its features, such as high frequency stability and double-plate design, make it an ideal choice for many applications. Its high frequency stability ensures that it can be used as a reliable reference for power regulation, while its size and construction make it suitable for many vibration analysis, modulation, and signal conversion applications.