XZDCELNANF-27.120000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals have long been seen as an incredibly important avenue for the advancement of technology. Electricity, computers, mobile phones, television receivers and many other electronic devices all operate on electric signals, and these signals require crystals for the proper functioning. A crystal oscillator is a type of electronic device that uses the electric oscillations of crystal-like materials to generate a steady and predictable range of frequencies. The XZDCELNANF-27.120000 is one such oscillator, which is renowned for its wide-ranging applications and highly efficient working.

The XZDCELNANF-27.120000 even the most basic of electric devices, such as the dial in the simplest alarm clocks, require the functions of a crystal oscillator for their proper functioning. In addition, all advanced electronic equipment also have some level of utilization of crystals. So, crystal oscillators are an essential part in the manufacture of many electronic products, from portable audio players and digital wristwatches, to car, airplane and spacecraft navigation systems.

The XZDCELNANF-27.120000 is among the few oscillators that are capable of providing the necessary robust performance with a low power consumption. It is one of the earliest crystals to feature a high load capacitance of 27 pF, enabling it to drive a large number of electromechanical components as well as providing accurate timing signals to complex electronic circuits.

The XZDCELNANF-27.120000 relies on the piezoelectric effect to operate. This effect is observed in certain materials, such as crystals, when they are subjected to an electrical field. When an electric current is run through the crystal, the crystal\'s atoms vibrate to and from each other, creating electric pulses. This process is referred to as the vibration of crystal lattice and can be regulated by the manipulation of external electrical signals that are applied to the crystal.

The frequency and accuracy of the vibrations are controlled by the crystal structure and the amount of force being applied to the crystal. As the crystal oscillates, it produces a fixed frequency, which can be used for timing devices and for controlling the synchronicity in different electronic circuits. The frequency accuracy of the XZDCELNANF-27.120000 is a remarkable 0.05ppm or +/- 0.1Hz over an operating temperature of -10°C to +70°C.

The XZDCELNANF-27.120000 supports a frequency range of 8.0MHz to 27.12MHz, making it extremely versatile in application fields such as spread spectrum applications, telecom applications, satellite communications, crystal-controlled power supplies, computer timing systems and other applications. Other features include an excellent jitter and phase noise performance, as well as a high PSRR for low power consumption.

The XZDCELNANF-27.120000 crystal oscillator is a highly reliable, efficient and precise timing component capable of producing precise timing signals at greatly extended temperature ranges. The diverse range of applications makes it a versatile component for a vast array of devices. Compared to other timing devices, such as plastic resonators, it has a better jitter performance over its full operating temperature range, and a power consumption per cycle factor of two times less than that of the standard resonator.

The specific data is subject to PDF, and the above content is for reference