FC7BSCCMF-10.000-T1

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Crystals are essential components in a variety of electrical and electronics systems, playing an important role in communication, frequency control, and harmonic filtering, to name a few. One of the most widely used types of crystals, the FC7BSCCMF-10.000-T1, is useful for many applications due to its compatibility with many different microcontrollers, as well as its low cost and small size.

The FC7BSCCMF-10.000-T1 crystal is a 3-lead, quartz crystal with a physical size of 6.9 x 4.5mm and a frequency of 10.000-T1. It is designed to work within a temperature range of -20℃ to 85℃ and holds a frequency tolerance of ±20 ppm over the operating temperature range. It also has a low equivalent series resistance (ESR) of 20mΩ and a current draw of just 10mA. In addition, the FC7BSCCMF-10.000-T1 crystal is compatible with 3V and 5V DC power sources.

The most common uses for the FC7BSCCMF-10.000-T1 crystal are in embedded microcontrollers, such as those used in smartwatches, IoT devices, medical devices, and/or handheld scanners and devices. The crystal’s small size and low current draw make it a perfect candidate for these applications, as it helps to keep the PCB footprint small and reduces power consumption. Additionally, the quartz crystal provides excellent frequency stability and is an ideal time-keeping and clock source for digital ICs.

The FC7BSCCMF-10.000-T1 crystal works according to the piezoelectric effect. When a voltage is applied to a quartz crystal, it creates a charge in the crystal lattice and the crystal bends. This bending causes an acoustic wave to propagate in the crystal material and is referred to as the piezoelectric effect. The electrical signal applied to the crystal is then converted into mechanical energy and is then transmitted as an acoustic wave in the crystal.

The acoustic wave then travels through the crystal until it reaches the opposite end, where it is converted back into an electrical signal. This process is known as a reversible reaction and allows the crystal to maintain its resonance frequency in the case of a power loss, making it very useful in power-sensitive applications. The HC7BSCCMF-10.000-T1 crystal is tuned to vibrate at its resonant frequency, making it ideal for time-keeping applications.

In conclusion, the FC7BSCCMF-10.000-T1 crystal is a versatile, cost-effective, low-power crystal that is compatible with both 3V and 5V microcontrollers. It works according to the piezoelectric effect and is useful for a variety of applications, including time-keeping and clock source for digital ICs. Additionally, its small size and low current draw makes it ideal for use in embedded microcontrollers and devices.

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