416F44012AAR

Crystals are essential components in many electronic, communication and electrical applications. The 416F44012AAR crystal from AVX Corporation is a perfect example of these versatile components and its working principle, applications and design has helped make it one of the most popular crystals in the industry.

The 416F44012AAR crystal is a quartz crystal oscillator or also known as an oscillator crystal that works with a mechanical resonator and electrical drive to produce a signal with a very accurate frequency. The crystal consists of a quartz crystal plate which is cut and polished to a specific shape and size. This plate is then held between two metal electrodes. A voltage is applied to the electrodes and the crystal deforms slightly and this deformation causes a piezoelectric effect. This piezoelectric effect produces an electrical signal that oscillates at a frequency dictated by the shape and physical properties of the crystal.

The 416F44012AAR crystal has a frequency range of 10 - 16 MHz and a low frequency stability tolerance of +/- 20ppm. This oscillator crystal also features a low series resonance (20~30KHz), a low self-resonance of 40KHz and a high overload resistance of 4KV. The crystal has a low operating temperature range of -30 to +85 degrees Celsius and comes in a hermetically sealed package for improved environmental protection.

The 416F44012AAR crystal is widely used in various applications by its customers. Oscillator crystals can be used in various radio and communication systems in order to create the frequency of a signal. The reliable frequency of 416F44012AAR crystals makes them well suited for use in radio systems, GPS systems and other navigation equipment, digital TV receivers and other communication systems where frequency stability is of great importance. It can also be used in microcontrollers, microprocessors and other digital logic circuits.

In conclusion, the 416F44012AAR crystal oscillator from AVX Corporation has a wide range of applications and its unique design makes it one of the most popular crystals for many electronic systems. Its frequency stability and low temperature range makes it a great choice for navigation, communication and digital TV systems. It is also suitable for use in microcontrollers, microprocessors and other digital circuits providing reliable frequency control in various applications.