416F37035ILR

Crystals are ubiquitous in the world of electronics. They are used as frequency reference oscillators and filters in electronic circuits, and can also be used in transducers to transform electric energy into other forms of energy, such as sound or light. Crystals are piezoelectric, meaning they generate a voltage in response to pressure or vibration applied to their face.

The 416F37035ILR crystal is a specific example of a crystal and one that is used in a wide range of applications. The 416F37035ILR crystal is quite small, only 3 x 3 cm, and is made of a Piezo-ceramic material. It has a frequency of 37.025MHz, a capacitance of 8pF, and a temperature coefficient between -5°C to 85°C. These specs make the 416F37035ILR crystal ideal for use in mobile or low-power applications.

The 416F37035ILR crystal\'s application field is diverse, ranging from radio and audio equipment to microprocessors and analog circuits. In particular, it can be used as a frequency reference in audio basestations or as a timing or clock oscillator in digital circuits. Additionally, it can be used in nano/micro-robotic system as a control oscillator.

The 416F37035ILR crystal works by converting electrical energy into mechanical vibrations and then back into electrical energy. When direct current is applied to the crystal, this causes the Piezo-ceramic material to vibrate, generating a radio frequency (RF) signal. This process is reversed when the crystal receives an RF signal -- the material begins to vibrate, generating an electrical charge.

Due to the piezoelectric phenomenon, the 416F37035ILR crystal also has a very stable frequency. As the crystal oscillates, it produces a frequency that is proportional to the crystal\'s physical size, known as the natural frequency. This natural frequency is constant, which makes the 416F37035ILR crystal an excellent choice for providing a stable frequency reference in applications requiring precision timing.

The 416F37035ILR crystal is a versatile component and is used in a wide variety of applications. Its low power consumption, small size, and stable frequency have ensured its popularity in the electronics industry for many years.