B39431R0960H110 Crystals, Oscillators, Resonators

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Resonators are a type of passive electronic component consisting of inductors and capacitors that are used to filter out higher frequencies, and RF resonators operate in the radio frequency range of 104MHz to 420MHz. The B39431R0960H110 is a type of surface mount miniaturized ceramic filter that is particularly suitable for use in mobile communication applications such as Global System for Mobile communications (GSM) and Cellular Digital Packet Data (CDPD), wireless Bluetooth products, and digital satellite systems. This article will provide an overview of the applications and working principles of this component.

Applications

The B39431R0960H110 is specifically designed for use in 1m W-CDMA handsets, which are a type of mobile phone that uses wideband code division multiple access (WCDMA) technology. This technology uses a wider base band than W-CDMA, which results in improved capability in data communication services such as video and Internet access. This device is also suitable for use in multi-mode handset applications such as GSM/DCS, WCDMA, as well as other applications such as Wi-Fi and Bluetooth.

The B39431R0960H110 is able to meet industry requirements for space saving, and is able to achieve small size and low losses for operation in high frequency bands. It is also able to meet GSM standards for spurious rejection.

Working Principle

The B39431R0960H110 is a high Q resonator, and is made from two or more inductive or capacitive elements in combination with a high-dielectric substrate. A series resonance is formed by the interconnection of these elements, creating an inductive and capacitive reactance resulting in a high resonant frequency. At this frequency, there is minimum losses and a high rate of energy transfer.

The B39431R0960H110 extends the frequency range up to 1.2GHz, making it ideal for use in cellular, RFID (radio frequency identification), wireless LAN (local area networks) and wireless PAN (personal area networks) applications. It also offers high confidence level TSS (total harmonic distortion specification), while maintaining low noise and low power consumption.

To ensure optimum performance, the B39431R0960H110 utilizes a high performance ceramic material with good temperature stability and low losses at the target frequency, in addition to its well-designed circuitry. Its small size also makes it highly suitable for mobile applications, where saving on physical space is important.

Conclusion

The B39431R0960H110 is a high Q resonator specifically designed for wideband mobile communication systems. It has a wide frequency operating range and offers excellent spurious rejection and temperature stability. With its small size, it is highly suitable for use in space-restricted applications. It utilizes high performance ceramic technology to ensure maximum efficiency and low power consumption.

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