FC1BACBEI20.0-T3

FC1BACBEI20.0-T3 is one of the leading crystal components used in electronics devices. Its accurate frequency and high-quality performance make it an ideal solution for applications such as communication systems, medical equipment, radio astronomy, and high-precision metrology. This article explains its application field, working principle and other important details.

Application Field

FC1BACBEI20.0-T3 is primarily used in communication systems, where it can be used as a reference frequency for the system. It is used in equipment such as mobile phones, satellite television sets, radios, radios for aeronautical communications, WiFi routers, and base stations. It can also be used in medical equipment such as CT scanners, US scanners, x-ray machines, and other imaging machines.

The crystal is also used in radio astronomy and high-precision metrology. It is used in astronomical observations to measure the strength of radio signals from stars and galaxies. It is also used in laboratory settings to measure extremely small distances for quality control purposes. Additionally, the crystal can be used in military applications such as radar detection systems. It is also suitable for use in atomic clocks to measure time accurately.

Working Principle

FC1BACBEI20.0-T3 is a quartz crystal unit with a frequency-temperature characteristic of 20.0MHz +/− 30kHz. The crystal vibrates at a certain frequency when a voltage is applied and the frequency changes when the temperature changes. The crystal is composed of two piezoelectric plates – one fixed plate, and one movable plate, connected in series. When a voltage is applied, the movable plate vibrates at a specific frequency due to the piezoelectric effect and the frequency is determined by the size and shape of the crystal.

The actual frequency of the crystal is different from the nominal frequency due to the effect of variables like temperature and voltage fluctuations. This effect is known as “drift” and can cause errors when the system is not calibrated properly. To overcome this, the frequency accuracy and temperature stability of FC1BACBEI20.0-T3 must be regularly checked and corrected if necessary.

Other Details

The unit has a wide operating temperature range and is suitable for use in various electronics devices. FC1BACBEI20.0-T3 is available in an array of packages, making it suitable for almost any application. Additionally, the unit has a high shock and vibration tolerance, making it ideal for use in rugged environments. Finally, the crystal has a low power consumption – typically only 40 mW – making it a highly efficient device.

FC1BACBEI20.0-T3 is a versatile crystal that is suitable for many different applications. Its accuracy and stability make it an ideal choice for frequency reference in communication and medical systems, as well as for radio astronomy and high-precision metrology. Its wide operating temperature range, array of packages, and high shock and vibration tolerance make it suitable for numerous applications. Finally, its low power consumption ensure it is an efficient and cost-effective choice.