FC7BQCCMC10.0-T1 Crystals, Oscillators, Resonators

The FC7BQCCMC10.0-T1 is a type of crystal unit which is mainly used in various microelectronic systems, such as TV, radio and personal computers. It plays an important role in the accuracy, precision and efficient operation of these systems.

This crystal unit is based on the quartz oscillator principle. It has two main components - the quartz crystal resonator and the LC oscillator circuit. The quartz crystal oscillator generates vibrational energy when supplied with an input electrical power. This vibrational energy is then converted into an alternating electrical current, which is then fed through the LC oscillator circuit, where it is transformed into a specific electrical frequency. This frequency output is then supplied to the electronic circuitry of the equipment in which the crystal unit is used, thereby providing the required frequency accuracy.

As the name implies, the FC7BQCCMC10.0-T1 crystal unit has a frequency stability of 10.0ppm over-temperature range of -40°C to 85°C. It has a low power consumption of only 100uW, making it very efficient. The package size is also very small, making it suitable for use in various applications, including TV receivers, PC motherboards, and car radios. Furthermore, the frequency stability of this crystal unit is also very good, ensuring accuracy and dependability of the equipment in which it is used.

The FC7BQCCMC10.0-T1 crystal unit is used in a wide range of applications, such as clocks, watches, hearing aids, radios, televisions, PCs, and car audio systems. It is used to provide a stable and highly accurate oscillating frequency. It is most commonly used in applications that require a high frequency accuracy, such as in digital displays and sound systems.

In conclusion, the FC7BQCCMC10.0-T1 is a useful and important crystal unit that can be used in various microelectronic systems. Its unique features make it suitable for use in applications that require a high frequency accuracy. Its low power consumption, small package size, and good frequency stability make it an ideal choice for various applications.