445C33B16M00000

Crystals

Crystals, also known as dielectric resonators, are frequency-controlled components that are used in telecommunications, microwave communications and frequency rotating equipment. One type of crystal, 445C33B16M00000, are properties of low loss and small size.

Application Field of 445C33B16M00000

445C33B16M00000 has wide application fields. Its high Q and wide range of frequency make it perfect for oscillators, filters and multi-band antenna controllers. It is also widely used in military and commercial telecommunication, aviation and navigation as well as medical fields.

This particular model of crystal can be also used in personal computers, cell phones, digital cameras and motorized navigation systems due to its wide usage in the VCO and other frequency tools. It can also function as a very low noise component, usually working in frequencies higher than 1GHz.

Working Mechanism of 445C33B16M00000

445C33B16M00000 works in a basic modal of operation, which is referred to as coaxial dielectric resonance. In this process, the electric field inside the dielectric is set into oscillation when the energy is provided by an external radio frequency source. This frequency is then sensed by an external circuit and used as an output signal.

Furthermore, when a dielectric cavity is excited by an external electric field, it creates an electrical field of its own within the cavity. This field is then damped by the internal losses, and the energy stored in the cavity is released back into the electric field of the radiating elements. This results in the transmission and reception of waves, which is then used by the external circuit.

In addition to this, the 445C33B16M00000 also has a high selectivity, allowing it to be used in more precise and efficient applications. This makes it capable of filtering unwanted interference from signals in sensitive environments, as well as providing precise frequency control over a wide range of frequencies.