416F400X2IDR

Crystals have become an important component of modern technology, from communication, medical and aerospace applications. One of the most common types of crystals is the 416F400X2IDR, which is a double-inverted, low-power, microelectrical mechanical oscillator (MEMO). It is a versatile and reliable electrical component for miniaturized electronic projects.

Application Field

The 416F400X2IDR is mostly used in high precision applications due to its stable characteristics. It is suitable for a wide range of frequencies and time bases, from 1 Hz to 3 MHz. This type of crystal is primarily used in communication applications such as mobile phones, wireless LANs and cordless telephones. It is also used in medical and automotive applications such as pacemakers, airbags, and collision detection systems.

Working Principle

The 416F400X2IDR works by vibrating quartz cylindrical resonators which produce a constant frequency. This vibration creates a constant waveform, which is then passed through an inverter circuit. The inverter circuit converts this waveform into an AC current which can be used as a reference signal. This reference signal is used to control electrical components such as amplifiers and timing circuits.

The 416F400X2IDR has a double-inverted, low-power design and does not require an additional power supply. This makes it ideal for miniaturized electronic projects and low-power applications. It is also able to withstand variations in temperature, humidity and other environmental conditions, making it a reliable and versatile electronic component for a variety of applications.