416F260XXCTR

416F260XXCTR Application Field and Working Principle

416F260XXCTR crystals are doped with titanium or tantalum, which can produce a crystal tuning element. This type of crystal resonator has a robust performance, is stable with respect to temperature, and has a small size. The main application of the 416F260XXCTR series is to OEM the components of electronic devices used in the audio and video markets, such as PLL (phase-locked loop) and equalizer. The application fields also includes communication, medical and active speaker systems.

The 416F260XXCTR is made of a metal plate that is etched with a pattern and two parallel wires. The metal plate is etched with a pattern which consists of several sections of wires interweaved with each other. This pattern is what makes up the crystal resonator. The two wires are connected to the metal plate and they vibrate when a voltage is applied.

The 416F260XXCTR works on the principle of resonance. The applied voltage causes the metal plate to vibrate which generates a certain frequency. The frequency of this vibration is determined by the geometry of the metal plate and the length of the two wires. The frequency generated is determined by the geometry of the metal plate, the length of the wire, and the capacitance between the metal plate and the other two wires.

The 416F260XXCTR crystal resonator works by creating an oscillation at a particular frequency determined by the design of the metal plate. When the circuit is connected to the crystal resonator, the oscillation generated by the resonator causes the circuit to work in a certain frequency range. The frequency of the circuit is determined by the design of the metal plate.

The 416F260XXCTR crystal resonator is a cost-effective solution for many industries, since it has a robust performance and is stable with respect to temperature. This crystal resonator is widely used in audio and video products, communication, medical and active speaker systems. It is also used in many other applications such as measuring equipment, clocks and watches, and even satellite navigation.