416F24012IAT

Crystals – 416F24012IAT Application Field and Working Principle

Crystals are quartz or ceramic resonators used to provide stable operating frequencies in clock oscillators, signature generation and FM Demodulators. Crystals also find application in oscillators which use a frequency control voltage to provide an accurate frequency output. As an example, this article will discuss the extended temperature operation, application field and working principle of the 416F24012IAT Crystal Resonator product.

Extended Temperature Operation

The 416F24012IAT Crystal Resonator can withstand extreme temperatures of -40°C to +85°C, making it ideally suitable for use in a variety of settings and with a wide range of temperatures. This extended temperature range is particularly useful in automotive applications and energy storage systems, and makes the 416F24012IAT an ideal choice for extreme conditions.

Application Field

The 416F24012IAT Crystal Resonator is a versatile product, capable of a range of applications. It is commonly used in consumer products such as car audio systems, home cinema systems and digital picture frames. It also has a wide range of industrial applications, including range control systems, temperature measurement, consumer product manufacturing and smart metering systems.

Working Principle

The 416F24012IAT Crystal Resonator operates on the principle of timing vibration caused by alternating fields. This results in an oscillation frequency set by the crystal lattice structure of the Quartz or ceramic material the component is made from. As the crystal vibrates at a controlled frequency, it rapidly recharges or discharges its capacitive elements, while inhibiting frequencies outside of the range it is designed to operate in. This makes the component extremely useful in applications requiring a stable operating frequency.

By combining the extended temperature range and versatile application field of the 416F24012IAT Crystal Resonator, with its precise operating principle, it is easy to see why this component is so beloved in many various circumstances.