416F38035AAT

Crystals have long been used as the essential components in many electronic apparatus and systems. The 416F38035AAT is a type of quartz crystal which has the ability to provide the specified by its application field and guarantee of the frequency and phase stability. This type of crystal usually utilizes metal electrodes to make contact with the crystal resonator.

Introduction of 416F38035AAT

The 416F38035AAT crystal is a surface mount crystal with a frequency of 38MHz and a frequency tolerance of ±20 ppm. It has an overall size of 4.0x3.2x0.75mm and it can be used in a temperature range of -20 °C to +70 °C. The maximum capacitive load of the 416F38035AAT is 7pF, while the maximum equivalent series resistance (ESR) is 40W. The 416F38035AAT has a ECN/ECL-04-032 standard and is widely used in the electronic industry.

Application Field

The 416F38035AAT is usually used in a variety of applications, which include radio broadcasting and communications, data processing and conversion, industrial modules and circuits, personal computers, automotive systems, and medical equipment. It can also be used in embedded systems, such as home appliances and consumer electronics. 416F38035AAT is widely used in RF communication, oscillators, clock circuits, frequency dividers, and data converters. It is an ideal solution for applications where a low jitter, low ESR, frequency stability is required.

Working Principle

The 416F38035AAT utilizes metal electrodes to make contact with the crystal resonator, serving as an oscillator. It works by producing an electric field which is modified by the crystal resonator and generates a voltage that oscillates at the required frequency. The crystal resonator is a piezoelectric material that generates electrical charge when subjected to mechanical stresses. When an externally applied electrical signal or current is supplied, it causes the crystal resonator to oscillate, which in turn produces an alternating electrical signal.

The 416F38035AAT’s oscillating frequency is determined by the resonator\'s mechanical and electrical characteristics. By varying the load capacitance, frequency adjustments can be made in order to achieve the desired frequency stability. It is also possible to tune the crystal by altering the capacitance of the resistor which is connected to its electrodes.

Conclusion

The 416F38035AAT is a quartz crystal which can provide excellent frequency and phase stability in many different applications. It utilizes metal electrodes to make contact with the crystal resonator and is capable of giving accurate and stable frequencies. The frequency of this type of crystal can be adjusted by varying the load capacitance or by altering the capacitance of the resistor connected to its electrodes. This particular crystal is widely used in RF communication, oscillators, clock circuits, frequency dividers, and data converters, as well as in embedded systems and home appliances.