416F360X3IDT

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

Crystal Oscillator-416F360X3IDT

Crystal oscillators are use in the field of RF & microwave communications, providing the outstanding performance and reliability needed when transmitting over the airwaves. The 416F360X3IDT has been developed to reach these high expectations, combining low noise and high frequency stability with a smaller package size to ensure it behaves flawlessly in today\'s increasingly crowded mobile communication networks.

Description

The 416F360X3IDT is a new offering from the family of Crystal Oscillators, and is a SAW oscillator designed for frequency bands up to 4.4GHz. This oscillator produces a 4Vp-p sineWaveOutput in the range of 360-440MHz and features an absolute stability of 500KHz PPM. The device is offered in a 3x3x1mm, 8-pin Clay Structured™ package.

The 416F360X3IDT also leverages the COTS platform to lower total system costs and allow for customization of the die, interface, and packaging. It utilizes a custom 13-stage filter, making it capable of providing excellent phase noise and close-in frequency characteristics. It also has the added benefit of being compact, allowing it to integrate into a variety of applications.

Applications

The 416F360X3IDT can be used in various applications. It can be used to generate the reference signal required for a wide range of frequencies, from RF to microwave communications, including mobile phones, Wi-Fi, and Bluetooth. Additionally, it can be used for test and measurement equipment, satellite equipment, military and aerospace communications, and GPS systems.

Working Principle

The 416F360X3IDT is based on a surface acoustic wave (SAW) device, which employs a resonator crystal that acts as an acoustic wave source. When a high frequency electrical signal is applied to the device, the vibrating crystal creates an acoustic wave that propagates at the surface of the device. This wave interacts with electrical circuits that are etched on the surface of the device, resulting in an amplified output signal.

The 416F360X3IDT uses a 13-stage filter that is custom designed to produce optimized phase noise and close-in frequency characteristics. The custom filters work in tandem with the Crystal Oscillators to generate a reference frequency output, resulting in improved frequency stability and reliability. Additionally, the package size of the 416F360X3IDT is significantly smaller than other Crystal Oscillators, allowing it to easily fit into even the smallest of products.

Conclusion

The 416F360X3IDT Crystal Oscillator is designed to provide the best performance possible for applications in the RF to microwave frequency range. It features improved frequency stability, low phase noise, and a small package size that enables it to integrate into a wide range of products. Additionally, the 416F360X3IDT utilizes a custom 13-stage filter for optimal performance, making it an ideal choice for any application requiring a reference signal.

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