416F384X3ILT

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Crystals differ from other materials primarily in terms of their atomic structure. The crystal lattice structure can be described as a repeating array of basic building blocks, arranged at regular intervals in three dimensions, which creates a lattice of intersecting points. Each point contains an atom at its centre, joined to another atom at the neighbouring point in the lattice. As a result, an orderly yet robust structure is formed, with molecules held in place in a predictable, geometrically precise configuration. The pattern of the lattice, which determines the physical and chemical properties of the crystal, is often referred to as a lattice type and described according to the point-group theory.

416F384X3ILT is a family of temperature compensated miniature crystal oscillators (TCXOs) designed especially for Telematics applications, the Automotive Industry, Navigation Applications and any other application needing high performance from miniature, affordable components. Its package size is only 4x4x0.84mm and its low power consumption and low profile makes it ideal for demanding applications. The 416F384X3ILT is designed for applications sensitive to extreme temperature variations, offering highly stable frequency over temperature up to 3253 ppm. Its operating temperature range is from -30°C to 85°C.

The 416F384X3ILT features excellent frequency stability with a smooth sinusoidal waveform output Over Temperature (OT) and supply voltage (FTV) variations. The frequency stability of the device is ensured by the controlled crystal cut and well-designed crystal oscillator resonator characteristics. The crystal cut provides frequency stability over the full operating temperature range, while the special crystal oscillator design ensures frequency accuracy over multiple environmental parameters. The 416F384X3ILT is equipped with an ultra-low jitter oscillator to make sure the application’s performance is not affected by cycle-to-cycle jitter.

The 416F384X3ILT also provides a robust working solution for customers. With its precise temperature control, built-in temperature compensation, and automatic frequency adjustment features, the device is able to maintain a stable, accurate frequency irrespective of changes in the surrounding environment. This helps to reduce the risk of errors and failures in critical applications.

The 416F384X3ILT is a versatile device. It can be used in a variety of applications such as navigation, satellite communication, scientific research, test and measurement, industrial process control, and automotive electronics. These applications benefit from the 416F384X3ILT’s superior stability and accuracy, which allow for an efficient working solution. The device is also easy to integrate into existing systems, due to its small size and its design for use with a wide range of complementary parts. It can be used as a clock source for an embedded system, a reference crystal oscillator for digital signal processing, or a stable frequency source for a high-precision radar system. This makes it an ideal choice for a wide range of applications in industry and science.

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