416F36012CTR

Crystals are widely used in a variety of radio frequency (RF) applications. Specifically, 416F36012CTR is a specific model of crystal used for the purpose of frequency generation, stabilization, radio frequency synthesis, and other such applications. In this article, the purpose of this model of crystal and its working principle will be discussed.

Crystals are generally used for the purpose of controlling the frequency of an oscillator circuit. An oscillatory circuit is an electronic circuit that is capable of producing a periodic electrical signal. It consists of an amplifier with positive feedback in its response characteristic, so that the output signal is in phase with the input signal. The output of the oscillator circuit then goes to the crystal unit, which is the main element of the controlling system, for frequency adjustment.

In the case of the 416F36012CTR crystal, it is designed to provide a frequency of 36.12 MHz with a tolerance of ±50 ppm. This crystal is made from a monolithic crystal with a low driving power, providing excellent characteristics with respect to accuracy, stability, and aging. The 416F36012CTR crystal is suitable for use in frequency stabilization, frequency synthesis, and other similar applications.

The basic working principle of the 416F36012CTR crystal is based on the varying of the capacitance and inductance due to the change of the mechanical stress in the crystal material. The capacitance and inductance are the important parameters in determining the output frequency. When the crystal is being operated, the mechanical stresses cause a change in the capacitance and inductance. This change affects the frequency of the oscillator circuit, which is hence adjusted to the required frequency. The adjustment is done by varying the voltage or the resistance of the oscillator circuit.

In conclusion, the 416F36012CTR crystal is mostly used for frequency stabilization, frequency synthesis, and other similar applications that require frequency accuracy and stability. It has an excellent output frequency accuracy of ±50ppm. Its working principle is based on the variation of capacitance and inductance of the crystal due to the mechanical stress in it.