Crystals
CX532AZ-A5B2C5-70-25.0D18 application field and working principle
Crystals are essential components in many electronic circuits as they form the base frequency amidst changing environmental and electrical factors. The CX532AZ-A5B2C5-70-25.0D18 crystal is a crystal oscillator used for signal timing and signal generation and has superior lifespan and frequency stability. This crystal oscillator has been designed to work at the frequency of 25 MHz with accurate tolerance, stability, and temperature characteristics.
In terms of application fields, CX532AZ-A5B2C5-70-25.0D18 crystals are mainly used in the wireless communication industry. This crystal oscillator is suitable for applications such as wireless terminals, base station, wireless modules and data communication systems. Additionally, CX532AZ-A5B2C5-70-25.0D18 crystals can be used in microwave components, micro-power operation circuits and Bluetooth systems.
Atomic-level operation is a fundamental principle of CX532AZ-A5B2C5-70-25.0D18 crystal oscillators. A crystal oscillator consists of an external source of a radiofrequency signal and a quartz crystal that acts as a resonator. A quartz crystal has a different mechanical resonance frequency than the reference signal frequency amounting to the natural frequency of an oscillator. The quartz crystal can cause signal frequency by resonance with the reference signal and is consequently converted into an electrical signal. The combination of crystal and oscillator will create a signal with a fixed frequency and low jitter, thus providing the foundation for signal processing and signal timing in electronic circuits.
In conclusion, CX532AZ-A5B2C5-70-25.0D18 crystal oscillators are frequency-controlled electronic components mainly used in the wireless communication industry for signal timing and signal generation. These crystal oscillators are based on the principle of atomic-level operation and are driven by an external source of a radiofrequency signal and a quartz crystal.