445C32A30M00000

445C32A30M00000 Application Field and Working Principle

445C32A30M00000 is a type of crystal oscillator, which is found in many electrical and electronic products. This oscillator is versatile and can be applied in a variety of applications. Similarly, it has several characteristics that make it ideal for different environments and scenarios.

Characteristics

The 445C32A30M00000 is a quartz crystal oscillator with a wide range of programming and accuracy options. It has a frequency range from 0.3 to 33 megahz and a frequency accuracy of ±25ppm (parts per million). It also includes a power supply of +3.3 VDC. This crystal oscillator is RoHS compliant and suitable for both commercial and industrial temperature applications.

The 445C32A30M00000 oscillator has a tight stability index of ±3.6 ppm (parts per million) over an operating temperature range of -20°C to +85°C. This oscillator also features an operating frequency range of 0.3 to 33Mhz with a resolution of 0.167 or 0.333 MHz. The low current consumption of this oscillator is perfect for applications with limited power.

Application Fields

The 445C32A30M00000 oscillator can be used in a variety of industrial and commercial applications. It is often used in microcontroller and semiconductor applications, such as in embedded system designs, clock generators, timers, and microprocessors. This oscillator is also suitable for satellite communications, laboratory equipment, automotive infotainment systems, avionics, and medical applications.

In addition, the 445C32A30M00000 oscillator is well suited for digital signal processing applications, such as FM radios, data transmission, and instrumentation. This oscillator is also frequently used in consumer electronics, including GPS devices, MP3 players, gaming consoles, and smart phones. Lastly, the 445C32A30M00000 can be used in industrial automation and digital processing of images.

Working Principle

The 445C32A30M00000 crystal oscillator works with a tuning fork-like mechanism composed of a quartz crystal and two external electrodes. When electric voltage is applied to the electrodes, they cause the crystal to vibrate at a certain frequency. This frequency is determined by the crystal’s orientation and shape, and it can be tuned by changing the external voltage.

The output of the oscillator is an analog signal that can be converted into digital form using circuitry. The output of the oscillator is determined by the resonant frequency of the quartz crystal, which is a function of the crystal’s size and material composition. As the frequency of the signal is not affected by environmental factors, the 445C32A30M00000 crystal oscillator is extremely precise and can be used in applications that demand a high degree of accuracy.