SF14-0915M5UUA1 Filters

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

SAW (Surface Acoustic Wave) filters are a specialized type of electronics filter components, composed of several different elements that work together to filter out obtrusive noise or interference in a range of applications. The SF14-0915M5UUA1 is a unique SAW filter component specifically designed to combat high-frequency noise, usually in the range of 890 - 915MHz. This type of filter is widely used in data communications networks, mobile communication networks, and in wireless sensing systems.

Overview

The SF14-0915M5UUA1 is an uncased SAW filter component that uses a combination of high-frequency, low-resistance, passive acoustic materials and integrated electromagnetic components. It features a wide operating temperature range of -40°C to 85°C and a maximum input power of 10dBm. The filter also includes an integrated RF isolation attenuator to increase RF stability and reduce harmonic distortion.

Application Fields of SF14-0915M5UUA1

The primary application field of the SF14-0915M5UUA1 is in the control and filtering of high-frequency noise in data communication networks, mobile communication networks, and wireless sensing systems. This type of filter is also used to improve signal clarity in radio receivers, television receivers, and other electronic components that operate in the 890-915MHz frequency range. Additionally, it can be used in a range of medical, industrial, and military applications for high-frequency noise reduction and signal processing.

Working Principle

SAW filters are composed of several different elements that work together to filter out obtrusive noise or interference from a signal. The SF14-0915M5UUA1 is an uncased SAW filter, meaning that the microelectromechanical structure lies directly on the existing chip substrate. The filter works by using a combination of high-frequency, low-resistance, passive acoustic materials, and integrated electromagnetic components. At the center of the filter is a quartz crystal that is used to create a radio frequency signal. This signal is then amplified by the amplifier on the filter, and passes through the cavity resonator. The resonator is designed to have a specific resonance frequency at which the signal can pass through the filter with minimal noise and interference. The signal then travels through the chip, and is projected out from the antenna on the filter.

Conclusion

The SF14-0915M5UUA1 is a specialized SAW filter designed to suppress high-frequency noise in a range of applications. Its primary application field is in the control and filtering of noise in data communication networks, mobile communication networks, and wireless sensing systems. Additionally, it can be used for noise reduction and signal processing in a variety of other applications. The filter works by using a combination of acoustic materials, electromagnetic components, and a resonator to amplify and filter out obtrusive noise or interference.

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