416F320XXCAR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals

Crystals are found in many shapes, sizes, and forms, and are found naturally as well as through human-made processes. Crystals consist of atoms, molecules, and ions arranged in an ordered, repeating pattern. In the engineering world, applications of crystals range from being simple transducers (in watches and microprocessors) to advanced actuators, energy harvesters, and even ultra-precise timing devices. Crystals have distinct electronic and optical properties that make them uniquely suitable for applications in communications, signal processing, and more.

416F320XXCAR Application Field

The 416F320XXCAR is a high-performance, low-power miniature crystal oscillator specifically designed for use in automotive applications. This crystal offers a wide frequency range from 31K to 100 MHz and is seen as the go-to oscillator for a variety of automotive applications, including engine control units, power train control systems, climate control units, audio systems, and sensors. The 416F320XXCAR crystal is also used in automotive applications requiring low-voltage operation and low-power consumption. Additionally, this crystal features an integrated package design, an Extended Temperature Range (ETR) operation, a lower resistance of 15 ohms, and a power supply tolerance of 3.3 V/5 V.

416F320XXCAR Working Principle

The 416F320XXCAR crystal works through oscillations produced by the resonating frequencies of the crystal\'s internal components. To be precise, the vibration of one particular frequency is what causes the crystal to resonate and produces the oscillations necessary for its function. This frequency is determined by the physical characteristics of the crystal\'s material structure and its geometry. Inside the crystal, sound waves are generated, creating a resonant circuit that produces oscillations. The frequency of the crystal is determined by the size and shape of the crystal, as well as its capacitance. This frequency is then transmitted as a voltage signal.

The 416F320XXCAR crystal is primarily used for generating reference signals for many electronic systems, such as AM/FM radios, TVs, computers, and telecommunication systems. The 416F320XXCAR crystal is also used in the timing of watches and other precision timing devices. The crystal\'s low-power consumption and extended temperature range make it perfect for automotive applications, such as those mentioned above.

In conclusion, crystals are found in many shapes, sizes, and forms, and are found naturally as well as through human-made processes. The 416F320XXCAR is a highly effective crystal oscillator specifically designed for use in automotive applications due to its low-power consumption and extended temperature range. This crystal utilizes oscillations produced by the resonating frequencies of its internal components to generate precision signals used in many electronic systems and timing devices.

The specific data is subject to PDF, and the above content is for reference