XLL730020.000000X

Oscillators: XLL730020.000000X application field and working principle

Oscillators, in the field of electronics, are signal generating and timing devices used to generate continuous periodic signals. Known as a "real" oscillators, XLL730020.000000X oscillators are used mainly for clock generation, precision timing and frequency sources. Such oscillators are particularly well-suited for providing precise and accurate reference timing signals for synchronizing information containing systems.

Application field

Because of their highly accurate reference signal, XLL730020.000000X oscillators are widely used in many applications, such as:

• Automotive: XLL730020.000000X oscillators provide accurate timing sources to assure all electrical systems in automotive willn\'t run out of the phase. In addition, an reliable quartz oscillator always is needed for Automotive Audio/Infotainment applications.
• Broadcast Radio and Television: XLL730020.000000X oscillators are used for accurate timing reference signals that accurately control and maintain the timing between audio and video.
• Communication Systems: XLL730020.000000X is used in a variety of communication systems, such as cellular base station, cordless phones, Bluetooth and other wireless LANs. It provide accurate signals to accurately modulate and demodulate data.
• Instrumentation and Navigation systems: Aerospace, marine and military navigation and instrumentation system rely on XLL730020.000000X to provide accuracy and reliability.
• Computer / PCs: XLL730020.000000X oscillators start the PC, manage the data postings between components, and control the timing and synchronization of audio/video streams. It helps to make sure the timing is consistent.

Working principle

An XLL730020.000000X oscillator uses a quartz resonator as its timing element. A quartz crystal is a piezoelectric device that causes mechanical strain when voltage is applied to it, and produces an electrical signal when mechanically deformed. A quartz crystal vibrates at a specific frequency when it is electrically excited, and this frequency is a major factor in determining the clock frequency of an XLL730020.000000X oscillator.

An oscillator typically consists of a quartz crystal resonator, an amplifier (either discrete components or integrated circuits) and power supply, and an attenuator or voltage regulator to adjust the output voltage. The crystal vibrates at a precise frequency in response to an electric current applied directly to the quartz. This frequency is amplified, filtered, and then also used to generate a timing signal. A computer\'s main frequency is determined by the oscillator\'s output. XLL730020.000000X will then used transistor-transistor logic, flip-flops and other IC’s to generate the required output frequency.