416F38023ILR

Crystals

Crystals have been used in electronic circuits since the beginning of electronic design and engineering. They provide the most accurate frequency sources available and are used in oscillator circuits and timing devices, such as digital watches, cell phones, televisions, and other electronic equipment. Crystals can also be used in a wide range of computer applications and in most embedded systems.

416F38023ILR application field and working principle

The 416F38023ILR is a high-performance quartz crystal resonator with an adjustable frequency range from 48 to 64 MHz. It is an extremely stable and accurate frequency source, offering low power consumption and excellent phase noise. The resonator is ideal for use in oscillator, counter and timing circuits, as well as for communication, RF and phase-locked loops (PLLs). It is also suitable for use in modem and data acquisition applications as a temperature compensation device.

The 416F38023ILR crystal works by vibrating in a sinusoidal fashion, following basic harmonic principles. The device is made up of two electrodes, one for each end of the crystal, which are connected to an output circuit. As an electrical signal is applied to the crystal, it will create a resonant frequency that is determined by the size and shape of the crystal itself. This frequency can be adjusted by varying the voltage applied to the crystal.

The 416F38023ILR crystal has a frequency tolerance of ±3ppm, meaning that its oscillation frequency will remain stable over time. The oscillation frequency is also highly stable over temperature, with a drift of only ±1ppm per °C in the operating temperature range. The device also has very low power consumption, with a typical operating current of 3mA at 24MHz.

The 416F38023ILR crystal offers excellent phase noise performance, with a typical phase noise of -164dBc/Hz at 20kHz offset from the fundamental oscillation frequency. This makes it ideal for use in frequency-modulated circuits, such as data acquisition and communication applications. The device also has an integrated inversion resistive voltage divider, allowing for precise adjustment of the frequency of the oscillation.

The 416F38023ILR crystal is a reliable and accurate frequency source, making it ideal for numerous applications. It is commonly used in oscillator, counter, and timing circuits, as well as for frequency-modulated applications. It is also suitable for use in communication, RF, and PLL circuits, as well as for precise frequency control in data acquisition and modem applications.