XVFBGCNANF-12.000000

XVFBGCNANF-12.000000 is an important crystal used in various applications. It is based on the voltage-controlled oscillator (VCO) technology, used to generate an oscillator frequency range from 0.1 to 100MHz within its frequency band. It helps to provide an accurate and stable timing pulses, used in digital circuits.

In general, XVFBGCNANF-12.000000 is a very accurate, high stability, low power, low cost, and small package crystal with a wide range of application fields. It has been widely used for microprocessor-based systems and is gaining lots of applications in the fields of automotive, industrial and communications.

The essential components of XVFBGCNANF-12.000000 include a quartz crystal, quartz butes and a highly stable amplifier. It works on the principle of frequency multiplication and division and the string of quartz crystal butes ensures an accurate and stable frequency output. The quartz crystal works on the principle of a piezoelectric effect which converts electrical signals into mechanical vibrations and vice versa.

The crystal oscillator produces a pure sine wave having a frequency that is determined by the properties of the crystal and the quartz blouse. Generally, the sine wave output frequency of this oscillator can be set up between 0.1MHz and 100MHz. With the crystal oscillator, the frequency accuracy and stability can be guaranteed to a certain level even if there is a temperature drift in the environment. The output frequency is determined by the cut angle of quartz bute and the oscillation frequency of the crystal.

XVFBGCNANF-12.000000 is widely used in digital circuits, high frequency communication systems, television and cell phone systems, and automobile control systems. It is usually applied in high precision microwave and millimeter wave electronic products, such as clocks and timers, frequency synthesizers, power control systems, and frequency dividers. This crystal oscillator is also frequently used in microcontroller-based systems and applications like wireless/internet access points, vehicle speed and power control systems, remote controls, and intelligent automatic systems.

As this crystal oscillator is accurate and stable, it can provide a reference clock signal to drive other synchronous signals like data and clock in the digital system. Therefore, they are now used in cell phones and satellite communication equipment. This crystal oscillator is also used as a reference time base in quartz watches and clocks.

XVFBGCNANF-12.000000 is a compact device that requires only a few components and a low amount of power. Its frequency stability and accuracy make it an ideal component for applications where precise frequency control and stable timing is needed. Due to its wide range of applications, this crystal oscillator is essential for many digital systems and automotive control systems.