CX3225SB48000H0FLJCC

Crystals

Crystals are an important part of modern electronics. They are used in a variety of applications, from timekeeping and telecommunications to medical technology and defense systems. The CX3225SB48000H0FLJCC is a type of crystal oscillator that is commonly used in a range of commercial, industrial and military applications.

CX3225SB48000H0FLJCC Application Field and Working Principle

The CX3225SB48000H0FLJCC is a lightweight and small, low-cost crystal oscillator that is suitable for use in commercial, industrial and military applications. It is ideal for use in communications systems, GPS tracking devices, electronic gadgets, medical devices, monitors, and industrial equipment. The oscillator is available in a range of frequencies, from 100KHz to 500MHz. It has a temperature range of -40°C to +100°C and a supply voltage of 3.3V.

The oscillator works by stimulating the crystal to produce a resonant frequency. The crystal contains two electrodes, a quartz crystal and a metal case, separated by a gap that is filled by an electrolytic solution. When the crystal is excited by the input signal, it produces an output of a precisely determined frequency, which is determined by the size and construction of the crystal. The size and shape of the quartz crystal are carefully chosen to produce a frequency that is within a certain tolerance range. The output from the oscillator is then buffered and amplified to a level that can be used in a circuit.

The CX3225SB48000H0FLJCC is a highly reliable and stable oscillator that can provide accurate frequency output even in challenging environments such as wide temperature ranges and high vibration. The crystal can be operated over a large temperature range and is highly resistant to vibrational and shock damage. It also has excellent phase noise and an extremely low aging rate.

The CX3225SB48000H0FLJCC is a versatile and reliable crystal oscillator that is suitable for a range of applications. It is easy to use and provides consistent and reliable performance. It is highly resistant to environmental influences and can be used in a variety of applications, making it a popular choice for many electronic applications.