FC5BQCCMC12.0-T1

Crystals

Crystals are a type of technology used to generate and detect radio-frequency (RF) signals. Crystals are usually found in the form of quartz, which is the most common type of crystal used in electronics today. Crystals are used in a variety of applications, from consumer electronics to aerospace engineering. One type of crystal, in particular, has been used extensively in many different types of applications: the FC5BQCCMC12.0-T1 crystal.

FC5BQCCMC12.0-T1 application field and working principle

The FC5BQCCMC12.0-T1 crystal is a miniature surface-mount crystal with a wide range of potential applications. It can be used in applications such as communications, instrumentation, biomedical devices and acoustic transducers, as well as in military and aerospace electronics. The crystal has a frequency stability of ± 20 ppm and an operating temperature range of -20°C to +85°C.

The FC5BQCCMC12.0-T1 crystal is designed to work with a type of oscillator circuit known as a Pierce Oscillator. This type of circuit is used to generate a periodic oscillating voltage signal. The crystal is used as an electrical component to stabilize the oscillator circuit, providing a fixed frequency that is independent of changes in temperature and other external factors. The crystal acts as a “frequency standard”, providing an exact frequency for the oscillator circuit. The output frequency of the oscillator circuit is determined by the frequency of the crystal, typically in the range of 9.6 to 40 MHz.

In addition to providing a stable frequency for the oscillator circuit, the FC5BQCCMC12.0-T1 crystal also supports a wide variety of output configurations. It can be used to create both digital and analog output signals. It is also suitable for a variety of supply voltages, and can be connected to multiple ground and supply pins. This feature makes it ideal for applications such as microprocessors, where multiple supply voltages and ground configurations may be required.

The FC5BQCCMC12.0-T1 crystal is a versatile and reliable component, capable of providing stable frequency output for a wide variety of different applications. It is an ideal choice for communications, instrumentation, biomedical devices and acoustic transducers, as well as military and aerospace electronics.