416F500X2ASR

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The 416F500X2ASR crystal is a dual frequency surface acoustic wave (SAW) component. The component is engineered to provide superior performance and excellent phase noise performance in a small footprint, ideal for space-conscious applications. Typical application fields of this component include very-low-noise frequency synthesizers, phase coherent transmit oscillators, and frequency multipliers.

The 416F500X2ASR crystal uses an AT-cut quartz that has two series of interdigital transducers (IDTs) deposited on both sides of the crystal that act as transducers of acoustic waves, creating “piezoelectric” effects. It is designed for applications requiring low jitter and excellent phase noise performance with frequencies between 500 and 800 MHz.

The 416F500X2ASR crystal works by applying an electrical signal at the correct impedance to the crystal, which then transmits the signal through surface acoustic waves (SAW) travelling along the crystal lattice. This results in the crystal producing two intermediate frequencies which are determined by the ratio of the lengths of the electrodes in the crystal. These intermediate frequencies are then converted back into electrical signals, amplified and transmitted.

The 416F500X2ASR crystal features an extremely robust design and is capable of withstanding temperatures ranging from -40°C to +80°C. It is hermetically sealed in a surface mountable ceramic package and is provided with a lead frame. This gives it excellent land-bondability, making it ideal for use in both commercial and military applications.

The 416F500X2ASR crystal is an ideal choice for frequency synthesizer applications that require superior performance and excellent phase noise performance in a small footprint. Its robust design makes it suitable for use in a wide range of temperature extremes, making it an ideal choice for military applications.

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