416F24023CLT

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Crystals are used in a variety of applications, from timekeeping to communications, and provide a critical function in the operation of modern electronics. The 416F24023CLT is a crystal oscillator specifically designed for use in various communication and automotive applications, offering reliable operation and low current consumption. In this article, we will discuss the application field and working principle of this oscillator.

The 416F24023CLT crystal oscillator is specifically designed for use in applications that require higher frequency accuracy and tighter jitter and phase noise performance. It is ideal for use in automotive, TDMA, wireless CDMA, and long-term evolution (LTE) applications, as well as applications that require operation at high frequencies and/or higher accuracy. The oscillator has a wide frequency range, from 10 MHz to 180 MHz, and ensures output frequency stability over a wide operating temperature range, from - 55°C to +125°C.

The 416F24023CLT has a low current consumption, which makes it highly suitable for use in both high-drain and low-drain applications. The current consumption of the oscillator is typically 17 mA, with a maximum of 20mA. The oscillator also has a very low power supply voltage range, between 1.2V and 3.3V, making it suitable for use in applications which require low power supply voltages.

The working principle of the 416F24023CLT is based on the oscillatory behavior of a quartz crystal, which is suspended between two metal electrodes. When a small electrical signal is applied to the electrodes, the crystal vibrates, producing an alternating voltage between the electrodes. This voltage is then amplified and used to drive an oscillator circuit which produces a stable, periodic output signal.

The 416F24023CLT crystal oscillator has many features that make it an ideal choice for use in automotive, communication and other high-frequency applications. It has a low current consumption, wide operating temperature range, wide frequency range, and high frequency accuracy. Additionally, its low power supply voltage requirement makes it suitable for use in applications which require low voltages.

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