445W33A16M00000

Crystals are a type of material that has a high electrical and thermal stability because of their organization of electrical charges and phonons. In fact, the stability is so high that the arrangement of their atoms and ions is nearly unaffected by outside forces, even extreme temperatures and pressures. This organization makes them an excellent base material for functional devices, such as optoelectronic and acoustic components, sensors and oscillators, and memory elements. One of the most widely used and important crystals in the world is the 445W33A16M00000, which is a versatile material used in a variety of applications.

The 445W33A16M00000 is a quartz crystal, a type of oscillator made of synthetic quartz. It has a nominal motional capacitance of 25pF and a motional resistance of 50,000 ohms. It is widely used in the electronics industry and is an efficient, reliable, inexpensive choice for many electronic applications. In the 440 MHz to 450 MHz range, the 445W33A16M00000 can achieve an excellent frequency stability of 1.5 ppm over a wide temperature range.

The most common use of the 445W33A16M00000 is for timing control and frequency generation. It can be used in a variety of applications from microcontrollers, digital signal processing, and radio transceivers to cellular phones, microwave ovens, and GPS systems. In each of these applications, the 445W33A16M00000 crystal oscillator is used to generate clock pulses at fixed intervals, thus providing the timing control needed for the device to function correctly. The most common use of a crystal oscillator is in a quartz watch, where the crystal oscillator is used to control the speed of the hands.

The working principle behind a 445W33A16M00000 crystal oscillator is not complex. It is based on a mechanical phenomenon called the piezoelectric effect. When an electrical charge is applied to certain quartz crystals, the atoms in the crystal become distorted and produce a mechanical strain, which in turn agitated the atoms and generates a voltage wave on the crystal. The frequency of this wave is determined by the physical size of the crystal. This wave can be further manipulated by adding a pair of electrodes, which connect the wave to an oscillating circuit. Using this oscillating circuit, it is then easy to generate a steady frequency.

The 445W33A16M00000 crystal oscillator is a reliable and economical choice for use in a variety of electronic devices and applications. It is made of high-precision quartz, making it vibration-resistant and able to maintain a precise frequency over a wide range of temperatures. Its wide dynamic range and industry-leading stability make it an ideal choice in a range of applications, including electronics, communications, and aerospace.

In summary, the 445W33A16M00000 quartz crystal is a versatile and reliable crystal used in a multitude of commercial and industrial applications. Its high stability, reliability and precise frequency generation make it an ideal choice for timing and frequency control. Its ability to withstand a wide range of temperatures and pressures has made it the go-to choice for many electronic projects. Its mechanical piezoelectric principle of operation ensures precise frequency generation over a wide range of temperatures and pressure levels.