416F48013CDR

416F48013CDR Application Field and Working Principle

Crystals are used in many different fields to provide reliable, accurate performance. The 416F48013CDR, for example, is a specific type of crystal that has been designed for very specific purposes—namely, it is used to create a temperature-stable oscillation frequency. In this way, it finds use in a wide range of applications, from automotive and industrial applications to consumer electronics.

At the heart of the 416F48013CDR is a quartz crystal embedded in a special package. Quartz crystals are specifically configured so that they can generate exact oscillation frequencies when an electrical current is applied to them. Utilizing this property, the 416F48013CDR crystal can provide a temperature-stable, high-precision oscillation that has uses across numerous sectors.

The 416F48013CDR works by utilizing the piezoelectric effect of quartz. When an electrical field is applied to quartz, it changes its shape, generating a mechanical vibration in the process. Additionally, when an opposite voltage is applied to the quartz, the mechanical vibration produces an electrical field. This phenomenon is known as the piezoelectric effect, and it serves as the basis of the 416F48013CDR.

The 416F48013CDR utilizes this effect to measure the temperature and make any necessary adjustments needed to maintain a stable, accurate oscillation frequency. This process is known as Frequency Control with Temperature Compensating (FCTC). The process begins with a voltage being applied to the crystal, which causes it to generate a base oscillation frequency. This oscillation frequency is compared to a reference signal, and any discrepancies are used to calculate and adjust the operating temperature. The signal is then routed through an amplifier, which compensates for any changes in frequency due to temperature, ensuring stability in the oscillation signal.

The 416F48013CDR finds use in many different applications due to its ability to provide a temperature-stable, accurate oscillation frequency. This crystal is commonly used in a variety of automotive electronics applications, such as engine control and climate control systems. It is also utilized in a variety of industrial applications, as well as for consumer electronics, such as cell phones and GPS systems. Each of these applications requires reliable, high-precision oscillation signals, and the 416F48013CDR enables them to be generated with minimal effort.

In conclusion, the 416F48013CDR is a specially-designed quartz crystal that utilizes the piezoelectric effect to provide a temperature-stable, high-precision oscillation frequency. This crystal is invaluable in a variety of automotive, industrial, and consumer electronics applications, as it provides reliable, accurate oscillations with minimal effort.