416F27035ASR

Crystals are fundamental components of nearly all electronic and optical devices. Among various types of crystals, the 416F27035ASR crystal is a widely used device making up a part of the avionic and aerospace industry and playing a large role in everyday electronics as well. It is a miniaturized and low-profile crystal featuring very small size, wide frequency range and good temperature stability.

The 416F27035ASR application field covers the areas such as wireless communication, mobile radio, radio navigation, radar and satellite communication systems, ultrasonic and X-ray equipment, smart cards, and other digital circuits of computers. This crystal offers frequency range from 150MHz to 600MHz and frequency stability range from ±3 PPM to ±20 PPM. It also provides good temperature characteristics including operating temperature range from -40℃ to +85℃, storage temperature range from -50℃ to +100℃, and shock resistance of no more than 150g.

The 416F27035ASR crystal works on the principle of piezoelectricity. Piezoelectricity is a phenomenon that certain crystals and other materials exhibit which causes them to produce a voltage when mechanical stress is applied to them. In the 416F27035ASR crystal, the rate of voltage generation depends on the frequency of the stress applied to the crystal lattice and the amount of charge stored in the material. A current is then produced, which is sent through an oscillator amplifier and produces an alternating current. This alternating current is connected with the radio frequency circuits, resulting in a constant reliable oscillation with a frequency proportional to the applied stress.

The 416F27035ASR crystal is a remarkable device with a wide range of applications. Its small size, low profile, and impressive temperature characteristics make it ideal for use in a variety of applications. Additionally, its piezoelectricity-based technology is reliable and produces a consistent frequency. Therefore, 416F27035ASR crystal is a suitable device for use in many industries and has become an important part of modern electronics.